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Nokia Siemens Networks SRAL XD SERIES User Manual

Plug-in idu low capacity digital radio 7...38 ghz umn
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Table of Contents

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User Manual
SRAL XD (plug-in IDU)
Low Capacity Digital Radio - 7...38 GHz
UMN
911-380/02C0000
Issue 13, January 2008

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  • Page 1 User Manual SRAL XD (plug-in IDU) Low Capacity Digital Radio - 7...38 GHz 911-380/02C0000 Issue 13, January 2008...
  • Page 2 This documentation and the product it describes are considered protected by copyrights and other intellectual property rights according to the applicable laws. The wave logo is a trademark of Nokia Siemens Networks Oy. Nokia is a registered trademark of Nokia Corporation. Siemens is a registered trademark of Siemens AG.

  • Page 3: Status Of Manual

    STATUS OF MANUAL STATUS OF MANUAL – Current: Issue 13, January 2008 – Previous: Issue 13, October 2007 In Issue 13, January 2008, as to the previous issue: – the 38 GHz HD/HP ODU composition tables have been updated. SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...
  • Page 4 STATUS OF MANUAL SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 5: Table Of Contents

    INDEX INDEX STATUS OF MANUAL ..............R.1 INDEX .

  • Page 6: Index

    INDEX 2.1.8.3 1xE3 IDU ..............2.34 2.1.8.4 ETH IDU ( 4xLAN + 8xE1) .
  • Page 7 INDEX 2.3.14.2 IDU 1xE3 ..............2.139 2.3.14.3 IDU ETH .
  • Page 8 INDEX 3.2.1 1+0 vertical frame dimensions with independent antenna (7 GHz to 38 GHz ODU) ..3.2 3.2.1.1 1+0 vertical frame - Flange types and part numbers ....... . 3.3 3.2.1.2 1+0 vertical frame - Pole mounting.
  • Page 9 INDEX IDU INSTALLATION ............3.64 3.8.1 Installation accessories .
  • Page 10 INDEX 5.1.2.3.3 16xE1, 32xE1, ETH or 1xE3 Tributary unit........5.3 5.1.3 Unit replacement procedures in 1+1 systems .
  • Page 11 INDEX 6.3.1.3 Protection Structures ............6.25 6.3.1.4 Hardware protection logic .

  • Page 12: Index

    INDEX SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 13: List Of Illustrations

    LIST OF ILLUSTRATIONS LIST OF ILLUSTRATIONS Fig. 2.1 System architecture ............. 2.3 Fig.
  • Page 14 LIST OF ILLUSTRATIONS Fig. 2.50 Mask of the RF signal for 7, 8, 13, 15, 18, 23, 26, 28, 32 and 38 GHz ODU (ND mode) according to the traffic capacity ........... 2.57 Fig.
  • Page 15 LIST OF ILLUSTRATIONS Fig. 3.21 ODU Normal Density (ND) and High Density enhanced (HDe) dimensions....3.33 Fig. 3.22 ODU High Density (HD) dimensions..........3.34 Fig.

  • Page 16: C0000 - Issue 13, January 2008

    LIST OF ILLUSTRATIONS Fig. 3.74 Connection example (Q LAN - V LAN) ..........3.100 Fig.
  • Page 17 LIST OF ILLUSTRATIONS Fig. 6.7 Data interface unit block diagram ..........6.13 Fig.
  • Page 18 LIST OF ILLUSTRATIONS SRAL XD (plug-in IDU) - UMN I-14 911-380/02C0000 - Issue 13, January 2008...

  • Page 19: List Of Tables

    LIST OF TABLES LIST OF TABLES Tab. 2.1 Configuration summary............2.38 Tab.
  • Page 20 LIST OF TABLES Tab. 2.48 SRAL XD equipment composition [26 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas 2.101 Tab. 2.49 SRAL XD equipment composition [26 GHz in 1+1 H/S configuration] with 1 antenna ..2.102 Tab.
  • Page 21 LIST OF TABLES Tab. 2.99 (IN/OUT) Braided 50 Ohm coaxial cable and INTERCOND accessories set ....2.153 Tab. 2.100 ODU (7.4 - 7.7 GHz) composition; Fs=154 MHz ........2.156 Tab.
  • Page 22 LIST OF TABLES Tab. 2.154 ODU (7.1 - 7.4 GHz) composition; Fs=161 MHz ........2.199 Tab.
  • Page 23 LIST OF TABLES Tab. 3.13 Elliptical wave guide (31263-769)..........3.28 Tab.
  • Page 24 LIST OF TABLES Tab. 5.17 ODU “ND” 15 GHz ............. 5.10 Tab.

  • Page 25: Preliminary Information

    1 - PRELIMINARY INFORMATION PRELIMINARY INFORMATION 1.1 FOREWORD 1.1.1 Object of the present manual This User Manual (UMN) gives the information necessary for the installation, the commissioning and the ordinary maintenance of the SRAL XD in the RF band 7, 8, 13, 15, 18, 23, 26, 28 and 38 GHz.

  • Page 26: Safety Rules And Use Precautions

    1 - PRELIMINARY INFORMATION In addition to the present User Manual (UMN) the OPERATOR MANUAL (OMN) is available, that contains the operational guide for use of the control software developped for the management, by local terminal, of the alarms and the presetting relevant to the equipment, in addition to the restitution of the analogue measurements, of the indications and configuration displayings of the radio system.

  • Page 27: Waste Equipment Management

    1 - PRELIMINARY INFORMATION 1.2.1.2 Waste equipment management The radio equipment at the end of its life can be classified as “16 02 14 equipment out of use different from the equipment listed in 16 02 09 to 16 02 13” according to the dangerous waste list determined in article 1 para.

  • Page 28: External Operations

    1 - PRELIMINARY INFORMATION 1.2.1.3 External operations Some other operations involving danger conditions are the ones executed outside during the equipment installation and starting up phase. During the execution of such operations, it is necessary to follow strictly the safety rules listed here below: –...

  • Page 29: Esds Precautions

    1 - PRELIMINARY INFORMATION 1.2.2 ESDS precautions The ESDS (Electro Static Discharge Sensitive) electronic devices can be partially or permanently damaged by the static electricity that is commonly present in the operating environment. The main ESDS devices are: – CMOS components –...

  • Page 30: List Of Abbreviations And Acronyms

    1 - PRELIMINARY INFORMATION 1.3 LIST OF ABBREVIATIONS AND ACRONYMS A/D-RPT Add/Drop Repeater Alternating Current Adjacent Channel Interference Automatic Gain Control Alarm ATPC Automatic Transmit Power Control Auxiliary Base Band Bit Error Rate Beginning Of Life Basic Station Center Basic Terminal Station Co-Channel Interference Channel Command...
  • Page 31 1 - PRELIMINARY INFORMATION HDB3 High Density Bipolar 3 HDLC High Data Link Control Hitless High Performance Hardware Input/Output Integrated Circuit Identifier Indoor Unit Intermediate Frequency Input Indicative Internal ITMN Installation Test Manual Local Area Network Local Craft Terminal Large Scale Integration Memorization Modulator Mobile Service switching Center...
  • Page 32 1 - PRELIMINARY INFORMATION Reception Sensitivity/Interference SLIC Subscriber Line Circuit SRAL Siemens Radio Access low capacity Software Trellis Code Modulation TCP/IP Transmission Control Protocol/Internet Protocol Telecommunications Management Network TRIB Tributary Service telephone Transmission Ultra High Frequency Urgent Voltage Controlled Oscillator SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 33: Planning

    Nokia Siemens Networks, used to be one of the frontrunners in this market segment, is ready to match the expectations of this new telecommunication era characterized by broadband and mobility convergence.
  • Page 34 Station footprint is among the most troublesome matter for network planners, SRAL XD minimise the impact of transmission on this matter following two different paths: integrating the indoor card BTSs/ NodeBs for operators using Nokia Siemens Networks integrated solution and adopting a standard slim indoor unit for any terminal configurations (44 mm) for any other applications.

  • Page 35: Fig. 2.1 System Architecture

    2 - PLANNING C) SYSTEM ARCHITECTURE The Split Configuration has been kept, even though both the IDU and the ODU have been redesigned in order to reduce their mechanical dimensions. In order to save room for the indoor installation, the dimensions of the IDU have been dramatically reduced, moving the mo/demodulation section to the ODU.

  • Page 36: Fig. 2.2 Plug-In Idu

    2 - PLANNING D) INDOOR UNITS Three types of IDU are available: – Plug-in IDU – Single board IDU – Outdoor Access Unit (OAU) – Plug-in IDU Fig. 2.2 Plug-in IDU The 1U High Plug-In Version adopts a modular architecture: The basic configuration (1+0) consist of a controller, an access card and a base-band card;...
  • Page 37 2 - PLANNING – Outdoor Access Unit (OAU) Fig. 2.4 Outdoor Access Unit (OAU) The OAU has been developped to be installed outside on the pole or inside on the wall. Three OAU versions are available: – DC OAU (1+0) up to 8xE1 (Battery power supply) –...

  • Page 38: Fig. 2.5 Normal Density Odu

    2 - PLANNING E) OUTDOOR UNITS State of art RF technology has been the baseline for SRAL XD ODUs development completely matching all the technical constraints introduced by the high modulation scheme adopted for the HD version: system linearity and synthesizer phase noise. Four different outdoor units are part of SRAL XD suit: –...

  • Page 39: Fig. 2.7 High Density/High Performance Odu

    2 - PLANNING – High Density/High Performance ODU: Supports both normal and high density modulation schemes (4 QAM, 16 TCM Modulation Format) assuring a SW selectable adaptation of SRAL XD terminals to the available bandwidth. Fig. 2.7 High Density/High Performance ODU –...

  • Page 40: Fig. 2.9 Sral Xd Suit Cross Compatibilities

    DCN implementation as much as possible. SRAL XD, as all the Nokia Siemens Networks microwave product lines, can be managed not only by a wide range Nokia Siemens Networks Management Systems, but also by third party Management Systems.

  • Page 41: Sral Xd System Described In This User Manual

    2 - PLANNING 2.1.1 SRAL XD system described in this User Manual In this User Manual is described the SRAL XD system operating at 7 GHz, 8 GHz, 13 GHz, 15 GHz, 18 GHz, 23 GHz, 26 GHz, 28 GHz and 38 GHz with the plug-in IDU only with the following traffic capacity: –...
  • Page 42 2 - PLANNING – High Density/High Performance (HD/HP) able to perform both High Density arrangements (8/16xE1/1xE3 in 7/14/14 MHz), via 16 TCM modulation format, and Normal Density arrangements (2/4/8/16xE1/1xE3 in 3.5/7/14/28/28 MHz), via 4 QAM modulation format. Normal Density arrangement performed by ODU HD/HP is named High Performance since it provides improved system gain in comparison to ODU ND.
  • Page 43 2 - PLANNING Fig. 2.10 SRAL XD equipment block diagram (with 16xE1 IDU) Integrated antenna V-BUS(*) Interface F Interface IDU-ODU Control and V-LAN Interface interconnection supervision (coaxial cable) signals and Q-LAN Interface channels ALM Interface E1 Interfaces Tributary services USER-1 Interface signals USER-2 Interface (payload)
  • Page 44 2 - PLANNING Fig. 2.11 SRAL XD equipment block diagram (with 32xE1 IDU) Integrated antenna V-BUS Interface F Interface IDU-ODU Control and interconnection V-LAN Interface supervision (coaxial cable) signals and Q-LAN Interface channels ALM Interface E1 Interfaces Tributary services USER-1 Interface signals USER-2 Interface (payload)
  • Page 45 2 - PLANNING Fig. 2.12 SRAL XD equipment block diagram (with 1xE3 IDU) Integrated antenna V-BUS Interface F Interface IDU-ODU Control and interconnection V-LAN Interface supervision (coaxial cable) signals and Q-LAN Interface channels ALM Interface E3 Interface Tributary WST Interface services USER-1 Interface signals...
  • Page 46 2 - PLANNING Fig. 2.13 SRAL XD equipment block diagram (with ETH IDU) Integrated antenna V-BUS Interface F Interface IDU-ODU Control and interconnection V-LAN Interface supervision (coaxial cable) signals and Q-LAN Interface channels ALM Interface ETH Interfaces Tributary E1 Interfaces services USER-1 Interface signals...

  • Page 47: Network Topologies

    2 - PLANNING 2.1.3 Network topologies Possible topologies of the “SRAL XD” equipment are shown in Fig. 2.14, Fig. 2.15 and Fig. 2.16. Fig. 2.14 STAR topology (protected or unprotected links) = µBTS Fig. 2.15 MULTIDROP topology (add/drop or back-to-back links) Fig.

  • Page 48: Idu-Odu Interconnection

    2 - PLANNING 2.1.4 IDU-ODU Interconnection The interconnection between the IDU (with 16x2 BB unit) and the ODU consists of only one two-way line transporting one composite signal comprising the 51.84 Mbit/s IDU-ODU stream and of the ODU power supply voltage. The interconnection between the IDU (with 32x2 BB unit) and the ODU consists of only one two-way line transporting one composite signal comprising the 155.520 Mbit/s IDU-ODU stream and of the ODU power supply voltage.

  • Page 49: Physical Interfaces

    2 - PLANNING 2.1.5 Physical interfaces Refer to Fig. 2.17 for the 16xE1 IDU, refer to Fig. 2.18 for the 32xE1 IDU, refer to Fig. 2.19 for the 1xE3 IDU unit and refer to Fig. 2.20 for the ETH IDU. 2.1.5.1 Power supply The IDU makes available, at the outside, a redundant input line for the connection of the...

  • Page 50: User Channel

    2 - PLANNING 2.1.5.6 User channel The IDU makes available, at the outside, a 64 kbit/s synchronous data channel (V.11) (on the front panel of the 16xE1/32xE1/ETH or 1xE3 IDUs) for applications defined by the user (example the use of “External EOW”). The SRAL XD system only executes a point-to-point channel carrying and it is absolutely transparent to the channel contents.

  • Page 51: Monitoring Of Received Rf Power On The Odu

    2 - PLANNING 2.1.5.8 Monitoring of received RF power on the ODU The ODU has a monitoring point by which it is possible to measure the received radio signal field. Fig. 2.17 IDU physical interfaces (16xE1 IDU) Power supply BUS Signal BUS Control BUS Base-Band...

  • Page 52: Fig. 2.18 Idu Physical Interfaces (32Xe1 Idu)

    2 - PLANNING Fig. 2.18 IDU physical interfaces (32xE1 IDU) Power supply BUS Signal BUS Control BUS Base-Band System Base-Band TRIButary no. 2 CONTROLLER no. 1 (TRIB) (BB1) (CONTROL) (BB1) Section Section Section Section (Optional) USER1 USER2 E1 IDU-CABLE IDU-CABLE V-BUS V-LAN Q-LAN F (optional)

  • Page 53: Fig. 2.19 Idu Physical Interfaces (1Xe3 Idu)

    2 - PLANNING Fig. 2.19 IDU physical interfaces (1xE3 IDU) Control BUS Power supply BUS Signal BUS System Base-Band Base-Band Triutary CONTROLLER no. 2 no. 1 (TRIB) (CONTROL) (BB1) (BB1) Section Section Section Section (Optional) USER1 USER2 E3 IDU-CABLE IDU-CABLE V-BUS V-LAN Q-LAN F (optional)

  • Page 54: Fig. 2.20 Idu Physical Interfaces ( Eth Idu)

    2 - PLANNING Fig. 2.20 IDU physical interfaces ( ETH IDU) Signal BUS Control BUS Power supply BUS System Base-Band Base-Band TRIButary CONTROLLER no. 2 no. 1 (TRIB) (CONTROL) (BB1) (BB1) Section Section Section Section (Optional) IDU’s Interfaces (*) This interface can be used for “External EOW” connection in 1+0 / 1+1 IDU configurations SRAL XD (plug-in IDU) - UMN 2-22 911-380/02C0000 - Issue 13, January 2008...

  • Page 55: Supervision Interfaces

    2 - PLANNING 2.1.6 Supervision interfaces The following “logical” interfaces are available in order to allow complete networking among different NEs of “SRAL XD” family: – “F” interface The “F” interface is used to allow “SRAL XD” <--> LCT connection, i.e. the connection among the “SRAL XD”...

  • Page 56: Fig. 2.21 Network Supervision

    2 - PLANNING – “D” interface The “D” interface is used to connect two NEs, which belong to disjoined radio networks. An example of “D” interface usage is shown in Fig. 2.21. The “D” interface is internal to the equipment, and is not accessible to the user. The “D”...

  • Page 57: Loop-Backs

    2 - PLANNING 2.1.7 Loop-backs The following loop-backs are provided for maintenance purposes. 2.1.7.1 Tributary loop-backs Fig. 2.22 Tributary loop-back – “Local” loop-back (A) The tributary signal can be looped back in the base-band unit at the input interface level. This type of loop-back when activated allows testing the integrity of the circuitry related to line interface access.

  • Page 58: Configurations

    2 - PLANNING 2.1.8 Configurations 2.1.8.1 16xE1 IDU The equipment configuration can be: – single terminal 1+0: see Fig. 2.23 – dual terminal 2×(1+0): see Fig. 2.24 – terminal with Hot-standby protection 1+1 H/S: see Fig. 2.25 – terminal with frequency-diversity or polarization-diversity protection (with one or two antennas) 1+1 FD/PD: see Fig.
  • Page 59 2 - PLANNING Fig. 2.23 SRAL XD equipment: single terminal 1+0 configuration USER ALARM CHANNEL INT. (**) Cable CABLE TRIB. TRIB. INT. INT. 16xE1 2 Mbit/s (E1) INT. F CONTROLLER (*) This interface is available with Controller (P/N 634-001/74) only (**) This interface can be used for “External EOW”...

  • Page 60: Fig. 2.25 Sral Xd Equipment: Single Terminal 1+1 H/S Configuration (One Antenna)

    2 - PLANNING Fig. 2.25 SRAL XD equipment: single terminal 1+1 H/S configuration (one antenna) USER CHANNEL CH1 (**) Cable CABLE INT. INT. TRIB. ALARM 16xE1 INT. V-BUS(*) INT. USER CHANNEL INT. Q CONTROLLER INT. V TRIB. 2 Mbit/s INT. F Cable CABLE INT.

  • Page 61: Fig. 2.27 Sral Xd Equipment: Repeater With Tributary Add/Drop (A/D-Rpt) Configuration

    2 - PLANNING Fig. 2.27 SRAL XD equipment: Repeater with tributary Add/Drop (A/D-RPT) configuration (**) (*) This interface is available with Controller (P/N 634-001/74) only (**) This interface can be used for “External EOW” connection SRAL XD (plug-in IDU) - UMN 2-29 911-380/02C0000 - Issue 13, January 2008...

  • Page 62: 32Xe1 Idu

    2 - PLANNING 2.1.8.2 32xE1 IDU The equipment configuration can be: – single terminal 1+0: see Fig. 2.28 – terminal with Hot-standby protection 1+1 H/S: see Fig. 2.29 – terminal with frequency-diversity or polarization-diversity protection (with one or two antennas) 1+1 FD/PD: see Fig.

  • Page 63: Support Of Full Cross-Connection Matrix

    2 - PLANNING 2.1.8.2.2 Support of full cross-connection matrix For all system types (1+0, 2+0, 1+1 Hot Stand-by/FD, A-D/Repeater, Ring) a full cross-connection matrix is supported: each of the 32 E1 lines of the Access (tributary) side can be connected to any of the 32 E1 lines Base Band side. In particular: –...
  • Page 64 2 - PLANNING Fig. 2.29 SRAL XD equipment: single terminal 1+1 H/S configuration (one antenna) USER CHANNEL CH1 Cable CABLE INT. INT. TRIB. ALARM 32xE1 INT. V-BUS INT. USER CHANNEL INT. Q CONTROLLER INT. V TRIB. 2 Mbit/s INT. F Cable CABLE INT.
  • Page 65 2 - PLANNING Fig. 2.31 SRAL XD equipment: Repeater with tributary Add/Drop (A/D-RPT) configuration .$/ !*0  #% #$ '$* +#' ./ +% (**)    #* #* +0  +'# +0  +'# ./ ./ ./ ./ .$/ * * 2!-#% ./) +.$''#$ ./( , ./...

  • Page 66: 1Xe3 Idu

    2 - PLANNING 2.1.8.3 1xE3 IDU The equipment configuration can be: – single terminal 1+0: see Fig. 2.33 – terminal with Hot-standby protection 1+1 H/S: see Fig. 2.34 – terminal with frequency-diversity or polarization-diversity protection (with one or two antennas) 1+1 FD/PD: see Fig.
  • Page 67 2 - PLANNING Fig. 2.34 SRAL XD equipment: single terminal 1+1 H/S configuration (one antenna) 2 Mb/s WST CH1 USER CHANNEL CHANNEL CABLE CABLE INT. INT. TRIB. 1xE3 ALARM INT. V-BUS USER INT. CHANNEL INT. Q INT. V CONTROLLER TRIB. INT.

  • Page 68: Eth Idu ( 4Xlan + 8Xe1)

    2 - PLANNING 2.1.8.4 ETH IDU ( 4xLAN + 8xE1) The equipment configuration can be: – single terminal 1+0: see Fig. 2.36 – terminal with Hot-standby protection 1+1 H/S: see Fig. 2.37 – terminal with frequency-diversity or polarization-diversity protection (with one or two antennas) 1+1 FD/PD: see Fig.
  • Page 69 2 - PLANNING Fig. 2.37 SRAL XD equipment: single terminal 1+1 H/S configuration (one antenna) USER CHANNEL CH1 16x2 Cable CABLE INT. INT. INT. V-BUS USER E1 Ports E1 Tributary CHANNEL INT. Q Filtering ETH LAN Port CONTROLLER INT. V VLAN tagging 10/100 baseT cross-...

  • Page 70: Licence Fee

    2 - PLANNING 2.1.8.5 Licence fee The actually available configurations depend on the enabled licence fee. The individual licence fee configuration data of any system is stored and retrieved from a dedicated memory key to be inserted in the IDU. "Payload Type", "System Type"...

  • Page 71: Technical Characteristics

    2 - PLANNING 2.2 TECHNICAL CHARACTERISTICS The values reported in this User manual are the nominal values and cannot be used as technical specifications. The guaranteed values are those reported in document “Technical Product Description” issued by the MW BPM BLM. 2.2.1 General characteristics –...
  • Page 72 2 - PLANNING – RF bands: Freq. Range Tx/Rx Spacing RF Bands Operating limits ITU-R (GHz) (MHz) 7.1 - 7.4 161 MHz F.385 7.1 - 7.4 196 MHz F.385 Annex 3 7.4 - 7.7 161 MHz F.385 7 GHz 7.1-7.9 GHz 7.4 - 7.7 154 MHz F.385 Annex 1...
  • Page 73 2 - PLANNING – Channel arrangement: • ODU ND 2x2 Mbit/s 3.5 MHz 4x2 Mbit/s 7 MHz 8x2 Mbit/s 14 MHz/13.75 MHz (Note 1) 16x2 Mbit/s 28 MHz/27.5 MHz (Note 1) 1x34 Mbit/s 28 MHz/27.5 MHz (Note 1) • ODU ND2 2x2 Mbit/s 3.5 MHz 4x2 Mbit/s...
  • Page 74 2 - PLANNING – System gain [dB] • ODU ND 2xE1 ND 118.0 118.0 113.5 113.5 111.0 110.5 110.0 110.0 108.0 4xE1 ND 115.0 115.0 110.5 110.5 108.0 107.5 107.0 107.0 105.0 BER<10 8xE1 ND 112.0 112.0 107.5 107.5 105.0 104.5 104.0 104.0...
  • Page 75 2 - PLANNING • ODU HD/HP GHz(*) 117.0 116.0 112.0 117.5 113.0 112.0 112.0 108.5 93.5 2xE1 114.0 113.0 109.0 114.5 110.0 109.0 109.0 105.5 90.5 4xE1 BER<10 111.0 110.0 106.0 111.5 107.0 106.0 106.0 102.5 87.5 8xE1 105.5 104.5 103.5 106.0 101.5 100.5 100.5 97.0 82.0 16xE1/...
  • Page 76 2 - PLANNING • ODU HDe 115.0 113.0 109.5 109.5 111.5 110.0 109.0 109.0 107.5 105.5 90.5 4xE1 112.0 110.0 106.5 106.5 108.5 107.0 106.0 106.0 104.5 102.5 87.5 8xE1 105.5 104.5 101.0 101.0 103.0 101.5 100,5 100,5 99.0 97.0 82.0 BER<...

  • Page 77: Odu Nd Characteristics

    2 - PLANNING 2.2.2 ODU ND characteristics 2.2.2.1 Transmitter The following characteristics refer to points set down in Fig. 2.39. Unless otherwise stated, the RF parameters have to be understood having been measured at point C' and valid for the temperature range defined in par. 2.2.9. Fig.
  • Page 78 2 - PLANNING – External spurious emission: ≤ -50 dBm (RBW=1MHz) • 30 MHz - 21.2 GHz ≤ -30 dBm (RBW=1MHz) • 21.2 GHz - 60 GHz ≥ 16 dB – Return loss Fig. 2.40 Mask of the RF signal for 7 GHz to 38 GHz ODU ND according to the traffic capacity SPECTRAL POWER...

  • Page 79: Receiver

    2 - PLANNING Tab. 2.3 RF signal attenuation limit values (23, 26 and 28 GHz - ND) Channel Traffic spacing capacity (MHz) (MHz) (MHz) (MHz) (MHz) (dB) (dB) (MHz) 2xE1 8.75 4xE1 17.5 8xE1 11.2 16xE1/1xE3 Tab. 2.4 RF signal attenuation limit values (38 GHz - ND) Channel Traffic spacing...

  • Page 80: Odu Nd2 Characteristics

    2 - PLANNING 2.2.3 ODU ND2 characteristics 2.2.3.1 Transmitter The following characteristics refer to points set down in Fig. 2.42. Unless otherwise stated, the RF parameters have to be understood having been measured at point C' and valid for the temperature range defined in par. 2.2.9. Fig.
  • Page 81 2 - PLANNING – External spurious emission: ≤ -50 dBm (RBW=1MHz) • 30 MHz - 21.2 GHz ≤ -30 dBm (RBW=1MHz) • 21.2 GHz - 60 GHz ≥ 16 dB – Return loss Fig. 2.43 Mask of the RF signal for 7 GHz to 38 GHz ODU ND according to the traffic capacity SPECTRAL POWER...

  • Page 82: Receiver

    2 - PLANNING Tab. 2.6 RF signal attenuation limit values (23 and 38 GHz - ND2) Channel Traffic spacing capacity (MHz) (MHz) (MHz) (MHz) (MHz) (dB) (dB) (MHz) 2xE1 8.75 4xE1 17.5 8xE1 11.2 16xE1/1xE3 2.2.3.2 Receiver The following characteristics refer to the points set down in Fig. 2.44. Unless otherwise stated, the RF parameters have to be understood as measures at point C and valid for the temperature range defined in par.

  • Page 83: Odu Hd/Hp Characteristics

    2 - PLANNING 2.2.4 ODU HD/HP characteristics 2.2.4.1 Transmitter The following characteristics refer to points set down in Fig. 2.45. Unless otherwise stated, the RF parameters have to be understood having been measured at point C' and valid for the temperature range defined in par. 2.2.9. Fig.
  • Page 84 2 - PLANNING – Output signal spectral power density: – 2×2 Mbit/s (2xE1) – 4×2 Mbit/s (4xE1) – 8×2 Mbit/s (8xE1) see mask of Fig. 2.46 - HP mode – 16x2 Mbits (16xE1) see mask of Fig. 2.47 - HD mode –...
  • Page 85 2 - PLANNING Tab. 2.8 RF signal attenuation limit values (23, 26 and 28 GHz - HP) Channel Traffic spacing capacity (MHz) (MHz) (MHz) (MHz) (MHz) (dB) (dB) (MHz) 2xE1 8.75 4xE1 17.5 8xE1 11.2 16xE1/1xE3 Tab. 2.9 RF signal attenuation limit values (38 GHz - HP) Channel Traffic spacing...
  • Page 86 2 - PLANNING Fig. 2.47 Mask of the RF signal for 7, 8, 13, 15 and 18 GHz ODU (HD mode) or 23, 26 and 28 GHz ODU (HD mode) or 32 and 38 GHz ODU (HD mode) according to the traffic capacity SPECTRAL POWER...

  • Page 87: Receiver

    2 - PLANNING 2.2.4.2 Receiver The following characteristics refer to the points set down in Fig. 2.48. Unless otherwise stated, the RF parameters have to be understood as measures at point C and valid for the temperature range defined in par. 2.2.9. Fig.

  • Page 88: Odu Hde Characteristics

    2 - PLANNING 2.2.5 ODU HDe characteristics 2.2.5.1 Transmitter The following characteristics refer to points set down in Fig. 2.49. Unless otherwise stated, the RF parameters have to be understood having been measured at point C' and valid for the temperature range defined in par. 2.2.9. Fig.
  • Page 89 2 - PLANNING – Output signal spectral power density: – 4×2 Mbit/s (4xE1) – 8×2 Mbit/s (8xE1) see mask of Fig. 2.50 - ND mode – 16x2 Mbits (16xE1) see mask of Fig. 2.51 - HD mode – 1x34 Mbits (1xE3) –...
  • Page 90 2 - PLANNING Tab. 2.14 RF signal attenuation limit values (23, 26 and 28 GHz - ND) Channel Traffic spacing capacity (MHz) (MHz) (MHz) (MHz) (MHz) (dB) (dB) (MHz) 4xE1 17.5 8xE1 11.2 16xE1/1xE3 Tab. 2.15 RF signal attenuation limit values (32 and 38 GHz - ND) Channel Traffic spacing...

  • Page 91: Fig. 3.89 Fig

    2 - PLANNING Fig. 2.51 Mask of the RF signal for 7, 8, 13, 15 and 18 GHz ODU (HD mode) or 23, 26 and 28 GHz ODU (HD mode) or 32 and 38 GHz ODU (HD mode) according to the traffic capacity SPECTRAL POWER...

  • Page 92: Receiver

    2 - PLANNING 2.2.5.2 Receiver The following characteristics refer to the points set down in Fig. 2.52. Unless otherwise stated, the RF parameters have to be understood as measures at point C and valid for the temperature range defined in par. 2.2.9. Fig.

  • Page 93: Idu Characteristics

    2 - PLANNING 2.2.6 IDU characteristics 2.2.6.1 Protected configuration specification – Transmission static delay recovery capability (relevant only for FD 1+1, hitless mode) ± 32 bit – Transmission dynamic delay automatic recovery capability ± 8 bit 2.2.6.2 Operating mode – Rx hitless switch unrevertive –...

  • Page 94: Characteristics Of 2 Mbit/S Tributary Interface (E1)

    2 - PLANNING 2.2.6.5 Characteristics of 2 Mbit/s tributary interface (E1) The tributary interface can be 75 Ohm or 120 Ohm. – Bit rate 2048 kbit/s ± 50 ppm – Code HDB3 – Pulse shape see Fig. 2.53 – Load impedance 75 Ohm o 120 Ohm –...

  • Page 95: Characteristics Of 34 Mbit/S Tributary Interface (E3)

    2 - PLANNING 2.2.6.6 Characteristics of 34 Mbit/s tributary interface (E3) – Bit rate 34368 kbit/s ± 50 ppm – Code HDB3 – Pulse shape see Fig. 2.54 – Load impedance 75 Ohm – Nominal peak voltage of a mark (pulse): •...

  • Page 96: Characteristics Of Ethernet Ports Interface

    2 - PLANNING 2.2.6.7 Characteristics of Ethernet ports interface – Standard IEEE 802.3 (10Base-T) and 802.3u (100Base-Tx) – Port 10Base-T or 100Base-Tx, available on one connector RJ-45 – Duplex half / full duplex 2.2.6.8 Characteristics of channel auxiliary interfaces LCT channel –...

  • Page 97: Power Supply Characteristics

    2 - PLANNING Electrical alarms interface – Input/Output lines OPEN/CLOSED criteria – Input lines: -3V to +2V voltage to ground with ≥ 60 kohm • OPEN criterion series -3V to +2V voltage to ground with ≤ 200 ohm • CLOSED criterion series –...

  • Page 98: Nominal Consumptions

    2 - PLANNING 2.2.7 Nominal Consumptions – ODU ND Systems Consumptions 7 GHz 8 GHz 13 GHz 15 GHz 18 GHz 23 GHz 26 GHz 28 GHz 38 GHz – ODU ND2 Systems Consumptions 15 GHz 18 GHz 23 GHz 38 GHz –...

  • Page 99: Mechanical Characteristics

    2 - PLANNING 2.2.8 Mechanical characteristics The IDU can be arranged for the installation, by means of two different supporting brackets, in standard ETSI or 19" racks. The max. IDU overall dimensions are: – height 44 mm (standard 19") – width 533 mm –...

  • Page 100: Fig. 2.55 Temperature/Humidity Climatic Diagram For Idu

    2 - PLANNING Fig. 2.55 Temperature/humidity climatic diagram for IDU TEMPERATURE °C RELATIVE AIR HUMIDITY % GUARANTEED PERFORMANCES SRAL XD (plug-in IDU) - UMN 2-68 911-380/02C0000 - Issue 13, January 2008...

  • Page 101: Fig. 2.56 Temperature/Humidity Climatic Diagram For Idu-Odu Storage

    2 - PLANNING Fig. 2.56 Temperature/humidity climatic diagram for IDU-ODU storage TEMPERATURE °C RELATIVE AIR HUMIDITY % GUARANTEED PERFORMANCES Fig. 2.57 Temperature/humidity climatic diagram for ODU TEMPERATURE °C RELATIVE AIR HUMIDITY % GUARANTEED PERFORMANCES SRAL XD (plug-in IDU) - UMN 2-69 911-380/02C0000 - Issue 13, January 2008...

  • Page 102: Emc/Emi Characteristics

    2 - PLANNING 2.2.10 EMC/EMI characteristics The equipment is compliant to EMI/EMC parameters according to the above listed standards and to ETSI standards EN 301 489-1 e EN 301 489-4. – Electrostatic discharge according to IEC 61000-4-2, criterion 1 Level 2 (± 4kV contact), level 3 (± 8kV air ), –...

  • Page 103: Equipment Composition

    2 - PLANNING 2.3 EQUIPMENT COMPOSITION This document lists and shows the "main parts" the SRAL XD equipment consists of. "Main parts" are those autonomous units, from a structural viewpoint, which form part of the SRAL XD equipment assemblies and are extractable from the assemblies themselves.

  • Page 104: Preservation Of The Cross-Connection Matrix

    2 - PLANNING 2.3.1.1 Preservation of the cross-connection matrix This functionality simplifies the configuration of the NE when changing from one system type to another. In the following table the behavior of the cross-connection matrix in case of system type change (keeping the same access unit) from type A to type B and viceversa is shown: System type “A”...

  • Page 105: Sral Xd Equipment Composition (7 Ghz P/N 832-041/07)

    2 - PLANNING 2.3.2 SRAL XD equipment composition (7 GHz P/N 832-041/07) In Tab. 2.20, Tab. 2.21, Tab. 2.22 and Tab. 2.23 is set down the composition of the SRAL XD equipment (7.1 to 7.9 GHz) for the different provided configurations. Tab.
  • Page 106 2 - PLANNING Tab. 2.21 SRAL XD equipment composition [7 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (7 GHz) HD/HP 732-241/07 ODU (7 GHz) HDe 732-241/07E ODU (7 GHz) ND 732-251/07 Independent antenna...
  • Page 107 2 - PLANNING Tab. 2.22 SRAL XD equipment composition [7 GHz in 1+1 H/S, FD, PD configuration with 1 antenna] Ref. Fig. 2.64, Denomination Q.ty Note 2.65 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (7 GHz) HD/HP 732-241/07 ODU (7 GHz) HDe 732-241/07E...
  • Page 108 2 - PLANNING Tab. 2.23 SRAL XD equipment composition [7 GHz in 1+1 FD, PD configuration with 2 antennas] Ref. Fig. Denomination Q.ty Note 2.62, 2.63 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (7 GHz) HD/HP 732-241/07 ODU (7 GHz) HDe 732-241/07E ODU (7 GHz) ND...

  • Page 109: Sral Xd Equipment Composition (8 Ghz P/N 832-041/08)

    2 - PLANNING 2.3.3 SRAL XD equipment composition (8 GHz P/N 832-041/08) In Tab. 2.24, Tab. 2.25, Tab. 2.26 and Tab. 2.27 is set down the composition of the SRAL XD equipment (7.7 to 8.2 GHz) for the different provided configurations. Tab.
  • Page 110 2 - PLANNING Tab. 2.25 SRAL XD equipment composition [8 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (8 GHz) HD/HP 732-241/08 ODU (8 GHz) HDe 732-241/08E ODU (8 GHz) ND 732-251/08 Independent antenna...
  • Page 111 2 - PLANNING Tab. 2.26 SRAL XD equipment composition [8 GHz in 1+1 H/S, FD, PD configuration with 1 antenna] Ref. Fig. Denomination Q.ty Note 2.64, 2.65 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (8 GHz) HD/HP 732-241/08 ODU (8 GHz) HDe 732-241/08E...
  • Page 112 2 - PLANNING Tab. 2.27 SRAL XD equipment composition [8 GHz in 1+1 FD, PD configuration with 2 antennas] Ref. Fig. Denomination Q.ty Note 2.62, 2.63 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (8 GHz) HD/HP 732-241/08 ODU (8 GHz) HDe 732-241/08E ODU (8 GHz) ND...

  • Page 113: Sral Xd Equipment Composition (13 Ghz P/N 832-041/13)

    2 - PLANNING 2.3.4 SRAL XD equipment composition (13 GHz P/N 832-041/13) In Tab. 2.32, Tab. 2.33, Tab. 2.34, Tab. 2.35 and Tab. 2.36 is set down the composition of the SRAL XD 13 equipment (12.75 to 13.25 GHz) for the different provided configurations.
  • Page 114 2 - PLANNING Tab. 2.29 SRAL XD equipment composition [13 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (13 GHz) HDe 732-241/13E ODU (13 GHz) ND 732-251/13 Independent antenna Refer to Tab.
  • Page 115 2 - PLANNING Tab. 2.30 SRAL XD equipment composition [13 GHz in 1+1 H/S PD configuration with 1 antenna] Ref. Fig. Q.ty Denomination Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (13 GHz) HDe 732-241/13E ODU (13 GHz) ND 732-251/13 Independent antenna...

  • Page 116: Fig. 4.3 Fig

    2 - PLANNING Tab. 2.31 SRAL XD equipment composition [13 GHz in 1+1 PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (13 GHz) HDe 732-241/13E ODU (13 GHz) ND 732-251/13 Independent antenna Refer to Tab.

  • Page 117: Sral Xd Equipment Composition (15 Ghz P/N 832-041/15)

    2 - PLANNING 2.3.5 SRAL XD equipment composition (15 GHz P/N 832-041/15) In Tab. 2.32, Tab. 2.33, Tab. 2.34, Tab. 2.35 and Tab. 2.36 is set down the composition of the SRAL XD 15 equipment (14.40 to 15.35 GHz) for the different provided configurations.
  • Page 118 2 - PLANNING Tab. 2.33 SRAL XD equipment composition [15 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (15 GHz) HD/HP 732-241/15 ODU (15 GHz) HDe 732-241/15E ODU (15 GHz) ND 732-251/15 ODU (15 GHz) ND2...
  • Page 119 2 - PLANNING Tab. 2.34 SRAL XD equipment composition [15 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Q.ty Denomination Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (15 GHz) HD/HP 732-241/15 ODU (15 GHz) HDe 732-241/15E ODU (15 GHz) ND 732-251/15...
  • Page 120 2 - PLANNING Tab. 2.35 SRAL XD equipment composition [15 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (15 GHz) HD/HP 732-241/15 ODU (15 GHz) HDe 732-241/15E ODU (15 GHz) ND 732-251/15...
  • Page 121 2 - PLANNING Tab. 2.36 SRAL XD equipment composition [15 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (15 GHz) HD/HP 732-241/15 ODU (15 GHz) HDe 732-241/15E ODU (15 GHz) ND...

  • Page 122: Sral Xd Equipment Composition (18 Ghz P/N 832-041/18)

    2 - PLANNING 2.3.6 SRAL XD equipment composition (18 GHz P/N 832-041/18) In Tab. 2.37, Tab. 2.38, Tab. 2.39, Tab. 2.40 and Tab. 2.41 is set down the composition of the SRAL XD 18 equipment (17.7 to 19.7 GHz) for the different provided configurations.
  • Page 123 2 - PLANNING Tab. 2.38 SRAL XD equipment composition [18 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (18 GHz) HD/HP 732-241/18 ODU (18 GHz) HDe 732-241/18E ODU (18 GHz) ND 732-251/18 ODU (18 GHz) ND2...
  • Page 124 2 - PLANNING Tab. 2.39 SRAL XD equipment composition [18 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (18 GHz) HD/HP 732-241/18 ODU (18 GHz) HDe 732-241/18E ODU (18 GHz) ND 732-251/18...
  • Page 125 2 - PLANNING Tab. 2.40 SRAL XD equipment composition [18 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (18 GHz) HD/HP 732-241/18 ODU (18 GHz) HDe 732-241/18E ODU (18 GHz) ND 732-251/18...
  • Page 126 2 - PLANNING Tab. 2.41 SRAL XD equipment composition [18 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (18 GHz) HD/HP 732-241/18 ODU (18 GHz) HDe 732-241/18E ODU (18 GHz) ND...

  • Page 127: Sral Xd Equipment Composition (23 Ghz P/N 832-041/23)

    2 - PLANNING 2.3.7 SRAL XD equipment composition (23 GHz P/N 832-041/23) In Tab. 2.42, Tab. 2.43, Tab. 2.44, Tab. 2.45 and Tab. 2.46 is set down the composition of the SRAL XD 23 equipment (21.2 to 23.6 GHz) for the different provided configurations.
  • Page 128 2 - PLANNING Tab. 2.43 SRAL XD equipment composition [23 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (23 GHz) HD/HP 732-241/23 ODU (23 GHz) HDe 732-241/23E ODU (23 GHz) ND 732-251/23 ODU (23 GHz) ND2...
  • Page 129 2 - PLANNING Tab. 2.44 SRAL XD equipment composition [23 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (23 GHz) HD/HP 732-241/23 ODU (23 GHz) HDe 732-241/23E ODU (23 GHz) ND 732-251/23...
  • Page 130 2 - PLANNING Tab. 2.45 SRAL XD equipment composition [23 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (23 GHz) HD/HP 732-241/23 ODU (23 GHz) HDe 732-241/23E ODU (23 GHz) ND 732-251/23...

  • Page 131: Aidu 16X2/1Xe3/Eth (Plug-In)

    2 - PLANNING Tab. 2.46 SRAL XD equipment composition [23 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (23 GHz) HD/HP 732-241/23 ODU (23 GHz) HDe 732-241/23E ODU (23 GHz) ND...

  • Page 132: Sral Xd Equipment Composition (26 Ghz P/N 832-041/23)

    2 - PLANNING 2.3.8 SRAL XD equipment composition (26 GHz P/N 832-041/23) In Tab. 2.47, Tab. 2.48, Tab. 2.49, Tab. 2.50 and Tab. 2.51 is set down the composition of the SRAL XD 26 equipment (24.5 to 26.5 GHz) for the different provided configurations.
  • Page 133 2 - PLANNING Tab. 2.48 SRAL XD equipment composition [26 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (26 GHz) HD/HP 732-241/26 ODU (26 GHz) HDe 732-241/26E ODU (26 GHz) ND 732-251/26 Independent antenna...
  • Page 134 2 - PLANNING Tab. 2.49 SRAL XD equipment composition [26 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (26 GHz) HD/HP 732-241/26 ODU (26 GHz) HDe 732-241/26E ODU (26 GHz) ND 732-251/26...

  • Page 135: Independent Antenna

    2 - PLANNING Tab. 2.50 SRAL XD equipment composition [26 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (26 GHz) HD/HP 732-241/26 ODU (26 GHz) HDe 732-241/26E ODU (26 GHz) ND 732-251/26...
  • Page 136 2 - PLANNING Tab. 2.51 SRAL XD equipment composition [26 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (26 GHz) HD/HP 732-241/26 ODU (26 GHz) HDe 732-241/26E ODU (26 GHz) ND...

  • Page 137: Sral Xd Equipment Composition (28 Ghz P/N 832-041/28)

    2 - PLANNING 2.3.9 SRAL XD equipment composition (28 GHz P/N 832-041/28) In Tab. 2.52, Tab. 2.53, Tab. 2.54, Tab. 2.55 and Tab. 2.56 is set down the composition of the SRAL XD 28 equipment (37.5 to 39.5 GHz) for the different provided configurations.
  • Page 138 2 - PLANNING Tab. 2.53 SRAL XD equipment composition [28 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x ODU (28 GHz) HD/HP 732-241/28 ODU (28 GHz) HDe 732-241/28E ODU (28 GHz) ND 732-251/28 Independent antenna...
  • Page 139 2 - PLANNING Tab. 2.54 SRAL XD equipment composition [28 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (28 GHz) HD/HP 732-241/28 ODU (28 GHz) HDe 732-241/28E ODU (28 GHz) ND 732-251/28...
  • Page 140 2 - PLANNING Tab. 2.55 SRAL XD equipment composition [28 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (28 GHz) HD/HP 732-241/28 ODU (28 GHz) HDe 732-241/28E ODU (28 GHz) ND 732-251/28...

  • Page 141: Integrated Antenna 30 Cm

    2 - PLANNING Tab. 2.56 SRAL XD equipment composition [28 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (28 GHz) HD/HP 732-241/28 ODU (28 GHz) HDe 732-241/28E ODU (28 GHz) ND...

  • Page 142: Sral Xd Equipment Composition (32 Ghz P/N 832-041/32)

    2 - PLANNING 2.3.10 SRAL XD equipment composition (32 GHz P/N 832-041/32) In Tab. 2.57, Tab. 2.58, Tab. 2.59, Tab. 2.60 and Tab. 2.61 is set down the composition of the SRAL XD/32 equipment (31.8 to 33.4 GHz) for the different provided configurations.
  • Page 143 2 - PLANNING Tab. 2.58 SRAL XD equipment composition [32 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (32 GHz) HDe 732-241/32E Independent antenna Refer to Tab. 2.67 Integrated antenna 20 cm 601-020/38 Integrated antenna 30 cm...

  • Page 144: Odu Bal. Support Frame (Integrated Antenna)

    2 - PLANNING Tab. 2.59 SRAL XD equipment composition [32 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (32 GHz) HDe 732-241/32E Independent antenna Refer to Tab.

  • Page 145: Gidu-Odu Interconnection Coaxial Cable

    2 - PLANNING Tab. 2.60 SRAL XD equipment composition [32 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (32 GHz) HDe 732-241/32E Independent antenna Refer to Tab.

  • Page 146: Fig. 6.3 Fig

    2 - PLANNING Tab. 2.61 SRAL XD equipment composition [32 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (32 GHz) HDe 732-241/32E Independent antenna Refer to Tab.

  • Page 147: Sral Xd Equipment Composition (38 Ghz P/N 832-041/38)

    2 - PLANNING 2.3.11 SRAL XD equipment composition (38 GHz P/N 832-041/38) In Tab. 2.62, Tab. 2.63, Tab. 2.64, Tab. 2.65 and Tab. 2.66 is set down the composition of the SRAL XD/38 equipment (37.5 to 39.5 GHz) for the different provided configurations.
  • Page 148 2 - PLANNING Tab. 2.63 SRAL XD equipment composition [38 GHz in 2×(1+0), A/D-RPT configuration] with 2 antennas Ref. Fig. Denomination Q.ty Note 2.60, 2.61 max. IDU 16x2 (Plug-in) 732-101/61x ODU (38 GHz) HD/HP 732-241/38 ODU (38 GHz) HD/HP (Low Power) 732-241/38A ODU (38 GHz) HDe 732-241/38E...
  • Page 149 2 - PLANNING Tab. 2.64 SRAL XD equipment composition [38 GHz in 1+1 H/S configuration] with 1 antenna Ref. Fig. Denomination Q.ty Note 2.66, 2.67 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (38 GHz) HD/HP 732-241/38 ODU (38 GHz) HD/HP (Low Power) 732-241/38A ODU (38 GHz) HDe 732-241/38E...
  • Page 150 2 - PLANNING Tab. 2.65 SRAL XD equipment composition [38 GHz in 1+1, PD configuration] with 1 independent antenna Ref. Fig. Denomination Q.ty Note 2.64 max. IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (38 GHz) HD/HP 732-241/38 ODU (38 GHz) HD/HP (Low Power) 732-241/38A ODU (38 GHz) HDe 732-241/38E...

  • Page 151: Fig. 6.7 Fig

    2 - PLANNING Tab. 2.66 SRAL XD equipment composition [38 GHz in 1+1 FD, PD configuration] with 2 antennas Ref. Denomination Q.ty Note Fig. 2.62, max. 2.63 IDU 16x2/1xE3/ETH (Plug-in) 732-101/61x IDU 32xE1 (Plug-in) 732-101/62y ODU (38 GHz) HD/HP 732-241/38 ODU (38 GHz) HD/HP (Low Power) 732-241/38A ODU (38 GHz) HDe...

  • Page 152: Antenna P/N

    2 - PLANNING 2.3.12 Antenna P/N Tab. 2.67 Antenna P/N Antenna Diameter (m) Frequency Band Feeder flange (GHz) PDR 84 PDR 84 PBR 120 PBR 140 PBR 220 PBR 220 PBR 220 PBR 320 PBR 320 PBR 320 Antennas P/N: 601-xxx/yy Frequency Diameter Fix part...

  • Page 153: Fig. 2.58 1+0 System With 1 Integrated Antenna (Terminal)

    2 - PLANNING Fig. 2.58 1+0 system with 1 integrated antenna (Terminal) 16xE1/32xE1 / ETH IDU s s s s PS PS SRAL XD SRAL XD SRAL XD SRAL XD Q-LAN Q-LAN Q-LAN Q-LAN V-LAN V-LAN V-LAN V-LAN 1xE3 IDU External EOW (OPTIONAL) Tx Tx...

  • Page 154: Fig. 2.59 1+0 System With 1 Independent Antenna (Terminal)

    2 - PLANNING Fig. 2.59 1+0 system with 1 independent antenna (Terminal) 16xE1/32xE1 / ETH IDU s s s s PS PS SRAL XD SRAL XD SRAL XD SRAL XD Q-LAN Q-LAN Q-LAN Q-LAN V-LAN V-LAN V-LAN V-LAN 1xE3 IDU External EOW Tx Tx R x R x...

  • Page 155: Fig. 2.60 2X(1+0) Dual Terminal System, Repeater A/D, Ring With 2 Integrated Antennas

    2 - PLANNING Fig. 2.60 2x(1+0) dual terminal system, Repeater A/D, Ring with 2 integrated antennas 16xE1 External EOW (OPTIONAL) SRAL XD (plug-in IDU) - UMN 2-123 911-380/02C0000 - Issue 13, January 2008...

  • Page 156: Fig. 2.61 2X(1+0) Dual Terminal System, Repeater A/D, Ring With 2 Independent Antennas

    2 - PLANNING Fig. 2.61 2x(1+0) dual terminal system, Repeater A/D, Ring with 2 independent antennas 16xE1 IDU External EOW (OPTIONAL) SRAL XD (plug-in IDU) - UMN 2-124 911-380/02C0000 - Issue 13, January 2008...

  • Page 157: Fig. 2.62 1+1 Fd, Pd System With 2 Integrated Antennas (Terminal)

    2 - PLANNING Fig. 2.62 1+1 FD, PD system with 2 integrated antennas (Terminal) 16xE1/32xE1 / ETH IDU   $'3 (' &' '+. 1xE3 IDU External EOW . -     $ -     (OPTIONAL) .

  • Page 158: Fig. 2.63 1+1 Fd, Pd System With 2 Independent Antennas (Terminal)

    2 - PLANNING Fig. 2.63 1+1 FD, PD system with 2 independent antennas (Terminal) 16xE1/32xE1 / ETH IDU        $  '  3     (  '      &...

  • Page 159: Fig. 2.64 1+1 Pd System With 1 Independent Antenna (Terminal)

    2 - PLANNING Fig. 2.64 1+1 PD system with 1 independent antenna (Terminal) 16xE1/32xE1 / ETH IDU        $  '  3     (  '      &...

  • Page 160: Fig. 2.65 Sral Xd - 7/8/13 Ghz: 1+1 H/S, Fd System With 1 Independent Antenna (Terminal)

    2 - PLANNING Fig. 2.65 SRAL XD - 7/8/13 GHz: 1+1 H/S, FD system with 1 independent antenna (Terminal) 16xE1/32xE1 / ETH IDU        $  '  3     (  '      &...

  • Page 161: Fig. 2.66 Sral Xd - 7 To 38 Ghz: 1+1 H/S System With 1 Integrated Antenna (Terminal)

    2 - PLANNING Fig. 2.66 SRAL XD - 7 to 38 GHz: 1+1 H/S system with 1 integrated antenna (Terminal) 16xE1/32xE1 / ETH IDU        $  '  3     (  '      &...

  • Page 162: Fig. 2.67 Sral Xd - 7 To 38 Ghz: 1+1 H/S System With 1 Independent Antenna (Terminal)

    2 - PLANNING Fig. 2.67 SRAL XD - 7 to 38 GHz: 1+1 H/S system with 1 independent antenna (Terminal) 16xE1/32xE1 / ETH IDU   $'3 (' &' '+. 1xE3 IDU External EOW (OPTIONAL) . -     $ -     .

  • Page 163: Supporting Frame

    2 - PLANNING 2.3.13 Supporting frame 2.3.13.1 1+0 supporting frame The 1+0 supporting frame consists of a mechanical structure, and relevant waveguide accessories, suitable for pole or wall mounting of the Outdoor Unit in 1+0 configuration. From an electrical point of view the frame is a passive device (i.e. waveguide section) that provides interconnection between its two ports with negligible inssrtion loss.

  • Page 164: 1+1 Supporting Frame For Frequency Diversity

    2 - PLANNING 2.3.13.2 1+1 Supporting frame for frequency diversity The 1+1 supporting frame from frequency diversity consists of a mechanical structure, and relevant waveguide accessories, suitable for pole or wall mounting of the Outdoor Unit in 1+1 Frequency Diversity configuration. The two ODU parts are interconnected to the antenna port through a circulator.

  • Page 165: 1+1 Supporting Frame For Hot Stand-By With Integrated Antenna

    2 - PLANNING 2.3.13.3 1+1 Supporting frame for Hot stand-by with integrated antenna The 1+1 supporting frame for Hot Stand-by consists of a mechanical structure, and relevant waveguide accessories, suitable for pole or wall mounting of the Outdoor Unit in 1+1 HSBY (Hot Stand-by) unbalanced or balanced configuration. From an electrical point of view the 1+1 frame is a balanced or unbalanced coupler.

  • Page 166: 1+1 Supporting Frame For Hot Stand-By With Independent Antenna

    2 - PLANNING 2.3.13.4 1+1 Supporting frame for Hot stand-by with independent antenna The 1+1 supporting frame for Hot Stand-by consists of a mechanical structure, and relevant waveguide accessories, suitable for pole or wall mounting of the Outdoor Unit in 1+1 HSBY (Hot Stand-by) unbalanced or balanced configuration. From an electrical point of view the 1+1 frame is a balanced or unbalanced coupler.
  • Page 167 2 - PLANNING Freq. Freq. Port A Port B Coupler Code Band Range Guide type Flange Flange type (GHz) (GHz) type type 534-121/03 21.2-23.6 unbal. WR42 R220 UBR220 UBR220 534-121/13 21.2-23.6 bal. WR42 R220 UBR220 UBR220 534-121/04 24.5-26.5 unbal. WR42 R220 UBR220 UBR220 534-121/14...

  • Page 168: Idu Composition

    2 - PLANNING 2.3.14 IDU composition The plug-in IDU (P/N 732-101/61 for 16xE1/1xE3/ETH IDU; P/N 732-101/62 for 32xE1 IDU) consists of a wired sub-rack (P/N 628-586/26), where all the plug-in units are housed. The sub-rack is delivered with two types of brackets to allow to be secured to 19" or ETSI racks.
  • Page 169 2 - PLANNING Tab. 2.72 Plug-in 16xE1 IDU composition P/N 732-101/61 (Controller unit P/N 634-001/73 equipped) 732-101/xx /61A /61N /61C /61P Denomination 1+0 16xE1 1+0 16xE1 1+1 16xE1 1+1 16xE1 75/120 ohm 120 ohm 75/120 ohm 120 ohm (Sub-D) (LEMO) (Sub-D) (LEMO) Subrack...
  • Page 170 2 - PLANNING Fig. 2.72 Plug-in 16xE1 IDU composition P/N 732-101/61 SRAL XD (plug-in IDU) - UMN 2-138 911-380/02C0000 - Issue 13, January 2008...

  • Page 171: Idu 1Xe3

    2 - PLANNING 2.3.14.2 IDU 1xE3 The IDU subrack is available in 2 versions (Refer to Tab. 2.74 and Fig. 2.73): – 732-101/61E - 1+0 - 1 x E3 - 75 ohm (coax) – 732-101/61F - 1+1 - 1 x E3 - 75 ohm (coax) Tab.

  • Page 172: Idu Eth

    2 - PLANNING 2.3.14.3 IDU ETH The IDU subrack is available in 2 versions (Refer to Tab. 2.75 and Fig. 2.73): – 732-101/61L - 1+0 - ETH (4 x LAN + 8xE1 coax 75 ohm) – 732-101/61M - 1+1 - ETH (4 x LAN + 8xE1 coax 75 ohm) Tab.

  • Page 173: Idu 32Xe1

    2 - PLANNING 2.3.14.4 IDU 32xE1 32xE1 IDU is managed starting from the SWR 3.7 The IDU subrack is available in 2 versions (Refer to Tab. 2.76 and Fig. 2.73): – 732-101/62A - 1+0 - 32xE1 - 75/120 ohm (MiniRj21) –...

  • Page 174: Licence Fees

    2 - PLANNING 2.3.14.5 Licence fees The “Licence key" (P/N 625-017/xxx or 625-018/xxx) includes a memory, called "Memory Key", configured with the Licence required by the Customer. The last digits of the P/N describe the configurations enabled on the equipment, according to the Tab.

  • Page 175: Upgrading Kits For On-Field Upgrading Of The Licence Types

    2 - PLANNING 2.3.14.6 Upgrading kits for on-field upgrading of the licence types The "Upgrading kit" (P/N 625-018/10 xxxx) includes a "Program Hardware Key", equipped with Licence Credits. Tab. 2.78 lists the list of the available upgrading kit. Tab. 2.78 Upgrading kit P/Ns Upgrading type 625-018/10x100Q...

  • Page 176: Connection Accessories

    2 - PLANNING 2.3.15 Connection accessories 2.3.15.1 Installation materials for IDU with 75 ohm tributaries (Sub-D) Tab. 2.79 Installation materials for IDU with 75 ohm tributaries (Sub-D) Configuration 8xE1 16xE1 Description 1+1 or 1+1 or 2x(1+0) 2x(1+0) Connection Kits 597-525/16 IDU connection Kit-Basic 597-525/17 IDU connection Kit-Expansion...

  • Page 177: Installation Materials For Idu With 120 Ohm Tributaries (Subd)

    2 - PLANNING 2.3.15.2 Installation materials for IDU with 120 ohm tributaries (SUBD) Tab. 2.80 Installation materials for IDU with 120 ohm tributaries (SUBD) Configuration 8xE1 16xE1 Description 1+1 or 1+1 or 2x(1+0) 2x(1+0) Connection kits 597-525/16 IDU connection kit-Basic 597-525/17 IDU connection Kit-Expansion Cables...

  • Page 178: Installation Materials For Idu With 75 Ohm Tributaries (Minirj21)

    2 - PLANNING 2.3.15.3 Installation materials for IDU with 75 ohm tributaries (MiniRJ21) Tab. 2.81 Installation materials for IDU with 75 ohm tributaries (MiniRJ21) Configuration Description 4xE1 8xE1 16xE1 32xE1 Connection Kits 597-525/16 IDU connection Kit-Basic 597-525/17 IDU connection Kit-Expansion Cables 103-037/50 YE-GR PVC 1x16 mm...

  • Page 179: Installation Materials For Idu With 120 Ohm Tributaries (Minirj21)

    2 - PLANNING 2.3.15.4 Installation materials for IDU with 120 ohm tributaries (MiniRJ21) Tab. 2.82 Installation materials for IDU with 120 ohm tributaries (MiniRJ21) Configuration Description 4xE1 8xE1 16xE1 32xE1 Connection Kits 597-525/16 IDU connection Kit-Basic 597-525/17 IDU connection Kit-Expansion Cables 103-037/50 YE-GR PVC 1x16 mm...

  • Page 180: Installation Materials For Idu With Coax 75 Ohm Tributaries

    2 - PLANNING 2.3.15.5 Installation materials for IDU with coax 75 ohm tributaries Tab. 2.83 Installation materials for IDU with coax. 75 ohm tributaries) Configuration Description 1xE3 Connection kits 597-525/16 IDU connection kit-Basic 597-525/17 IDU connection Kit-Expansion Cables grounding cable 103-037/50 YE-GR PVC 1x16 mm 105-013/02...

  • Page 181: Installation Materials For Idu With Ethernet (Rj45) And E1 75 Ohm Tributaries (Sub-D)

    2 - PLANNING 2.3.15.6 Installation materials for IDU with Ethernet (RJ45) and E1 75 ohm tributaries (Sub-D) Tab. 2.84 Installation materials for IDU with Ethernet (RJ45) and E1 75 ohm tributaries (Sub-D) Configuration Description ETH + E1 Connection Kits 597-525/16 IDU connection Kit-Basic 597-525/17 IDU connection Kit-Expansion...

  • Page 182: Installation Materials To Upgrading In Field

    2 - PLANNING 2.3.15.7 Installation materials to upgrading in field Tab. 2.85 Installation materials to upgrading in field - Configuration Description 2nd stream Connection Kits 597-525/17 IDU connection kit-Expansion Cables 103-037/50 YE-GR PVC 1x16 mm grounding cable 105-013/02 2x1.5 mm bipolar shielded cable IN/OUT Connections 104-009/50...

  • Page 183: Optional Installation Materials

    2 - PLANNING 2.3.15.8 Optional installation materials Tab. 2.87 Alarm connection Denomination Q.ty 332-055/49A Alarms Connector 106-001/61 8 Pairs Double Shield Cable Tab. 2.88 Data channel connection Denomination Q.ty 332-055/49A User/Dext connector 106-001/61 8 Pairs Double Shield Cable 10 m Tab.

  • Page 184: Installation Materials Composition

    2 - PLANNING 2.3.15.8.1 Installation materials composition Tab. 2.92 IDU connection kit-Basic - P/N 597-525/16 Composition Denomination Q.ty 332-055/28 Power Supply Accessories 422-060/16 DM Connector 3s AP 422-027/31 HP Female Contact 422-030/82 45° Metallic Shell for Sub-D 15c 314-303-56 Ground Cable 314-205/76 Installation Kit 223-009/16...

  • Page 185: Tab. 2.99 (In/Out) Braided 50 Ohm Coaxial Cable And Intercond Accessories Set

    2 - PLANNING Tab. 2.96 Alarm connector composition: P/N 332-055/49A Denomination Q.ty 422-062/86 Sub-D Connector 15c S 422-030/92 45° Shielded Shell for Sub-D 15c 422-059/16 Locking screw Tab. 2.97 User/Dext connector composition: P/N 332-055/29A Denomination Q.ty 422-062/60 Sub-D Connector 9c S 422-030/91 45°...

  • Page 186: Odu Identification

    2 - PLANNING 2.3.16 ODU identification The ODU comprises a hermetic container, arranged for pole fixing, inside which RF modules (depending of the operating range), Modem and power supply modules (common in all RF range) are housed. Adjustment and composition of ODU RF units depend on the working RF frequency range.
  • Page 187 2 - PLANNING The ODU identification P/N comprises two field: the first one (11 characters) is the equipment P/N, the second one (3 characters) is the customizing encoding, concerning the RF frequency (operating frequency band within the whole RF range). In Tab.

  • Page 188: Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.1 7 GHz ODU HD/HP Tab. 2.100 ODU (7.4 - 7.7 GHz) composition; Fs=154 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 154 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 385-7 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ.

  • Page 189: Tab. 2.101 Odu (7.1 - 7.4 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.101 ODU (7.1 - 7.4 GHz) composition; Fs=161 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 190: Tab. 2.102 Odu (7.4 - 7.7 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.102 ODU (7.4 - 7.7 GHz) composition; Fs=161 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 191: Tab. 2.103 Odu (7.4 - 7.9 Ghz) Composition; Fs=245 Mhz

    2 - PLANNING Tab. 2.103 ODU (7.4 - 7.9 GHz) composition; Fs=245 MHz 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.
  • Page 192 2 - PLANNING 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type Ext. Ext. ODU) 7428 7463...

  • Page 193: Tab. 2.104 Odu (7.75 - 7.975 Ghz) Composition; Fs=148.5 Mhz

    2 - PLANNING Tab. 2.104 ODU (7.75 - 7.975 GHz) composition; Fs=148.5 MHz 7.75 - 7.975 GHz FREQUENCY SHIFTER - 148.5 MHz (first digit Ext.= 3) Reference: Bulgara channelling Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 194: Tab. 2.105 Odu (7.1 - 7.4 Ghz) Composition; Fs=196 Mhz

    2 - PLANNING Tab. 2.105 ODU (7.1 - 7.4 GHz) composition; Fs=196 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 196 MHz (first digit Ext.= 4) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 195: Tab. 2.106 Odu (7.4 - 7.7 Ghz) Composition; Fs=168 Mhz

    2 - PLANNING Tab. 2.106 ODU (7.4 - 7.7 GHz) composition; Fs=168 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 168 MHz (first digit Ext.= 5) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 196: Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.2 8 GHz ODU HD/HP Tab. 2.107 ODU (7.7 - 8.2 GHz) composition; Fs=311.25 MHz 7.7 - 8.2 GHz FREQUENCY SHIFTER - 311.25 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 386-6 Annex 1 Tx FREQ. (MHz) Associated Diplexer filter RF group...

  • Page 197: Tab. 2.108 Odu (7.7 - 8.2 Ghz) Composition; Fs=311.25 Mhz

    2 - PLANNING Tab. 2.108 ODU (7.7 - 8.2 GHz) composition; Fs=311.25 MHz 7.7 - 8.2 GHz FREQUENCY SHIFTER - 311.25 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 386-6 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ.

  • Page 198: Tab. 2.109 Odu (8.275-8.5 Ghz) Composition; Fs=126 Mhz

    2 - PLANNING Tab. 2.109 ODU (8.275-8.5 GHz) composition; Fs=126 MHz 8.275-8.5 GHz FREQUENCY SHIFTER - 126 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 386-6 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ. Modem (non (MHz) Mounting extended...

  • Page 199: Tab. 2.110 Odu (8.275-8.5 Ghz) Composition; Fs=119 Mhz

    2 - PLANNING Tab. 2.110 ODU (8.275-8.5 GHz) composition; Fs=119 MHz 8.275-8.5 GHz FREQUENCY SHIFTER - 119 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 386-6 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ. Modem (non (MHz) Mounting extended...

  • Page 200: 15 Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.3 15 GHz ODU HD/HP Tab. 2.111 ODU (14.40 - 15.35 GHz) composition; Fs=336 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 336 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 201: Tab. 2.112 Odu (14.40 - 15.35 Ghz) Composition; Fs=420 Mhz

    2 - PLANNING Tab. 2.112 ODU (14.40 - 15.35 GHz) composition; Fs=420 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 420 MHz (first digit EXT.= 1) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 202: Tab. 2.114 Odu (14.40 - 15.35 Ghz) Composition; Fs=490 Mhz

    2 - PLANNING Tab. 2.114 ODU (14.40 - 15.35 GHz) composition; Fs=490 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 490 MHz (first digit EXT.= 5) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 203: Tab. 2.116 Odu (14.40 - 15.35 Ghz) Composition; Fs=322 Mhz

    2 - PLANNING Tab. 2.116 ODU (14.40 - 15.35 GHz) composition; Fs=322 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 322 MHz (first digit EXT.= 7) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 204: 18 Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.4 18 GHz ODU HD/HP Tab. 2.117 ODU (17.7 - 19.7 GHz) composition; Fs=340 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 340 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.595 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 205: 23 Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.5 23 GHz ODU HD/HP Tab. 2.119 ODU (21.2 - 23.6 GHz) composition; Fs=1008 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1008 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 206: 28 Ghz Odu Hd/Hp

    2 - PLANNING 2.3.16.7 28 GHz ODU HD/HP Tab. 2.121 ODU (28.5 - 29.5 GHz) composition; Fs=1008 MHz 28.5 - 29.5 GHz FREQUENCY SHIFTER - 1008 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.748 Annex 2 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 207: 38 Ghz Odu Hd/Hp (Low Power)

    2 - PLANNING 2.3.16.9 38 GHz ODU HD/HP (Low Power) Tab. 2.123 ODU (37 - 39.5 GHz) composition; Fs=1260 MHz 37 - 39.5 GHz FREQUENCY SHIFTER - 1260 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 749-2 Annex 1 Tx FREQ. Associated RF Diplexer filter (MHz)

  • Page 208: Fig. 2.76 7, 8, 15, 18, 23, 26, 28 And 38 Ghz Odu Hd/Hp: Diplexer Position According To The Mounting

    2 - PLANNING Fig. 2.76 7, 8, 15, 18, 23, 26, 28 and 38 GHz ODU HD/HP: Diplexer position according to the mounting type (A or B) MOUNTING “A” DIPLEXER POSITION MOUNTING “B” DIPLEXER POSITION SRAL XD (plug-in IDU) - UMN 2-176 911-380/02C0000 - Issue 13, January 2008...

  • Page 209: Ghz Odu Hde

    2 - PLANNING 2.3.16.10 7 GHz ODU HDe Tab. 2.124 ODU (7.1 - 7.7 GHz) composition; Fs=154 MHz 7.1 - 7.7 GHz FREQUENCY SHIFTER - 154 MHz (first digit Ext.= A) Reference: Rec. ITU-R 385-7 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ.

  • Page 210: Tab. 2.125 Odu (7.1 - 7.7 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.125 ODU (7.1 - 7.7 GHz) composition; Fs=161 MHz 7.1 - 7.7 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= B) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ. RF group Mounting Modem (MHz)

  • Page 211: Tab. 2.126 Odu (7.4 - 7.9 Ghz) Composition; Fs=245 Mhz

    2 - PLANNING Tab. 2.126 ODU (7.4 - 7.9 GHz) composition; Fs=245 MHz 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.
  • Page 212 2 - PLANNING 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type Ext. Ext. ODU) 7428 7463...

  • Page 213: Tab. 2.127 Odu (7.75 - 7.975 Ghz) Composition; Fs=148.5 Mhz

    2 - PLANNING Tab. 2.127 ODU (7.75 - 7.975 GHz) composition; Fs=148.5 MHz 7.75 - 7.975 GHz FREQUENCY SHIFTER - 148.5 MHz (first digit Ext.= 3) Reference: Bulgara channelling Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 214: Tab. 2.128 Odu (7.1 - 7.4 Ghz) Composition; Fs=196 Mhz

    2 - PLANNING Tab. 2.128 ODU (7.1 - 7.4 GHz) composition; Fs=196 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 196 MHz (first digit Ext.= 4) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 215: Tab. 2.129 Odu (7.4 - 7.7 Ghz) Composition; Fs=168 Mhz

    2 - PLANNING Tab. 2.129 ODU (7.4 - 7.7 GHz) composition; Fs=168 MHz 7.11 - 7.75 GHz FREQUENCY SHIFTER - 168 MHz (first digit Ext.= F) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ. RF group Mounting Modem...

  • Page 216: Ghz Odu Hde

    2 - PLANNING 2.3.16.11 8 GHz ODU HDe Tab. 2.130 ODU (8.275-8.5 GHz) composition; Fs=126 MHz 8.275-8.5 GHz FREQUENCY SHIFTER - 126 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 386-6 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ.

  • Page 217: Tab. 2.132 Odu (14.40 - 15.35 Ghz) Composition; Fs=336 Mhz

    2 - PLANNING 2.3.16.13 15 GHz ODU HDe Tab. 2.132 ODU (14.40 - 15.35 GHz) composition; Fs=336 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 336 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 218: Tab. 2.133 Odu (14.40 - 15.35 Ghz) Composition; Fs=420 Mhz

    2 - PLANNING Tab. 2.133 ODU (14.40 - 15.35 GHz) composition; Fs=420 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 420 MHz (first digit EXT.= 1) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 219: Tab. 2.135 Odu (14.40 - 15.35 Ghz) Composition; Fs=728 Mhz

    2 - PLANNING Tab. 2.135 ODU (14.40 - 15.35 GHz) composition; Fs=728 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 728 MHz (first digit EXT.= 4) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 220: Tab. 2.137 Odu (14.40 - 15.35 Ghz) Composition; Fs=315 Mhz

    2 - PLANNING Tab. 2.137 ODU (14.40 - 15.35 GHz) composition; Fs=315 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 315 MHz (first digit EXT.= 6) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter Rx FREQ. (MHz) RF group Mounting Modem (non extended...

  • Page 221: Tab. 2.139 Odu (17.7 - 19.7 Ghz) Composition; Fs=340 Mhz

    2 - PLANNING 2.3.16.14 18 GHz ODU HDe Tab. 2.139 ODU (17.7 - 19.7 GHz) composition; Fs=340 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 340 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.595 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 222: Tab. 2.141 Odu (17.7 - 19.7 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING Tab. 2.141 ODU (17.7 - 19.7 GHz) composition; Fs=1008 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 1008 MHz (first digit Ext.= 2) Reference: Rec. ITU-R F.595 Tx FREQ. (MHz) Associated Diplexer filter RF group Mounting Rx FREQ. (MHz) Modem (non type...

  • Page 223: Tab. 2.143 Odu (21.2 - 23.6 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING 2.3.16.15 23 GHz ODU HDe Tab. 2.143 ODU (21.2 - 23.6 GHz) composition; Fs=1008 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1008 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 224: Tab. 2.145 Odu (21.2 - 23.6 Ghz) Composition; Fs=1200 Mhz

    2 - PLANNING Tab. 2.145 ODU (21.2 - 23.6 GHz) composition; Fs=1200 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1200 MHz (first digit Ext.= 2) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Mountin Rx FREQ.

  • Page 225: Tab. 2.147 Odu (28.5 - 29.5 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING 2.3.16.17 28 GHz ODU HDe Tab. 2.147 ODU (28.5 - 29.5 GHz) composition; Fs=1008 MHz 28.5 - 29.5 GHz FREQUENCY SHIFTER - 1008 MHz (first digit EXT.= 0) Reference: Rec. ITU-R F.748 Annex 2 Tx FREQ. Associated Diplexer filter Rx FREQ.

  • Page 226: 2038 Ghz Odu Hde (Low Power)

    2 - PLANNING 2.3.16.19 38 GHz ODU HDe Tab. 2.149 ODU (37 - 39.5 GHz) composition; Fs=1260 MHz 37 - 39.5 GHz FREQUENCY SHIFTER - 1260 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.749-2 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group...

  • Page 227: Fig. 2.77 7,8,13,15,18, 23,26,28,32 And 38 Ghz Odu Hde: Diplexer Position According To The Mounting

    2 - PLANNING Fig. 2.77 7,8,13,15,18, 23,26,28,32 and 38 GHz ODU HDe: Diplexer position according to the mounting type (A or B) MOUNTING “A” DIPLEXER POSITION MOUNTING “B” DIPLEXER POSITION SRAL XD (plug-in IDU) - UMN 2-195 911-380/02C0000 - Issue 13, January 2008...

  • Page 228: Ghz Odu Nd

    2 - PLANNING 2.3.16.21 7 GHz ODU ND Tab. 2.151 ODU (7.4 - 7.7 GHz) composition; Fs=154 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 154 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 385-7 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ.

  • Page 229: Tab. 2.152 Odu (7.1 - 7.4 Ghz) Composition; Fs=154 Mhz

    2 - PLANNING Tab. 2.152 ODU (7.1 - 7.4 GHz) composition; Fs=154 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 154 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 385-7 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 230: Tab. 2.153 Odu (7.1 - 7.7 Ghz) Composition; Fs=154 Mhz

    2 - PLANNING Tab. 2.153 ODU (7.1 - 7.7 GHz) composition; Fs=154 MHz 7.1 - 7.7 GHz FREQUENCY SHIFTER - 154 MHz (first digit Ext.= A) Reference: Rec. ITU-R 385-7 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ. RF group Mounting Modem...

  • Page 231: Tab. 2.154 Odu (7.1 - 7.4 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.154 ODU (7.1 - 7.4 GHz) composition; Fs=161 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 232: Tab. 2.155 Odu (7.4 - 7.7 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.155 ODU (7.4 - 7.7 GHz) composition; Fs=161 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 233: Tab. 2.156 Odu (7.1 - 7.6 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.156 ODU (7.1 - 7.6 GHz) composition; Fs=161 MHz 7.1 - 7.6 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 234: Tab. 2.157 Odu (7.1 - 7.7 Ghz) Composition; Fs=161 Mhz

    2 - PLANNING Tab. 2.157 ODU (7.1 - 7.7 GHz) composition; Fs=161 MHz 7.1 - 7.7 GHz FREQUENCY SHIFTER - 161 MHz (first digit Ext.= B) Reference: Rec. ITU-R 385-7 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ. RF group Mounting Modem (MHz)

  • Page 235: Tab. 2.158 Odu (7.4 - 7.9 Ghz) Composition; Fs=245 Mhz

    2 - PLANNING Tab. 2.158 ODU (7.4 - 7.9 GHz) composition; Fs=245 MHz 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.
  • Page 236 2 - PLANNING 7.4 - 7.9 GHz FREQUENCY SHIFTER - 245 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 385-7 Annex 4 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type Ext. Ext. ODU) 7428 7463...

  • Page 237: Tab. 2.159 Odu (7.75 - 7.975 Ghz) Composition; Fs=148.5 Mhz

    2 - PLANNING Tab. 2.159 ODU (7.75 - 7.975 GHz) composition; Fs=148.5 MHz 7.75 - 7.975 GHz FREQUENCY SHIFTER - 148.5 MHz (first digit Ext.= 3) Reference: Bulgara channelling Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 238: Tab. 2.160 Odu (7.1 - 7.4 Ghz) Composition; Fs=196 Mhz

    2 - PLANNING Tab. 2.160 ODU (7.1 - 7.4 GHz) composition; Fs=196 MHz 7.1 - 7.4 GHz FREQUENCY SHIFTER - 196 MHz (first digit Ext.= 4) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 239: Tab. 2.161 Odu (7.4 - 7.7 Ghz) Composition; Fs=168 Mhz

    2 - PLANNING Tab. 2.161 ODU (7.4 - 7.7 GHz) composition; Fs=168 MHz 7.4 - 7.7 GHz FREQUENCY SHIFTER - 168 MHz (first digit Ext.= 5) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 240: Tab. 2.162 Odu (7.4 - 7.7 Ghz) Composition; Fs=168 Mhz

    2 - PLANNING Tab. 2.162 ODU (7.4 - 7.7 GHz) composition; Fs=168 MHz 7.11 - 7.75 GHz FREQUENCY SHIFTER - 168 MHz (first digit Ext.= F) Reference: Rec. ITU-R 385-7 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) Rx FREQ. RF group Mounting Modem...

  • Page 241: Ghz Odu Nd

    2 - PLANNING 2.3.16.22 8 GHz ODU ND Tab. 2.163 ODU (7.7 - 8.2 GHz) composition; Fs=311.25 MHz 7.7 - 8.2 GHz FREQUENCY SHIFTER - 311.25 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 386-6 Annex 1 Tx FREQ. (MHz) Associated Diplexer filter RF group...

  • Page 242: Tab. 2.164 Odu (7.7 - 8.2 Ghz) Composition; Fs=311.25 Mhz

    2 - PLANNING Tab. 2.164 ODU (7.7 - 8.2 GHz) composition; Fs=311.25 MHz 7.7 - 8.2 GHz FREQUENCY SHIFTER - 311.25 MHz (first digit Ext.= 2) Reference: Rec. ITU-R 386-6 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ.

  • Page 243: Tab. 2.165 Odu (8.275-8.5 Ghz) Composition; Fs=126 Mhz

    2 - PLANNING Tab. 2.165 ODU (8.275-8.5 GHz) composition; Fs=126 MHz 8.275-8.5 GHz FREQUENCY SHIFTER - 126 MHz (first digit Ext.= 0) Reference: Rec. ITU-R 386-6 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ. Modem (non (MHz) Mounting extended...

  • Page 244: Tab. 2.166 Odu (8.275-8.5 Ghz) Composition; Fs=119 Mhz

    2 - PLANNING Tab. 2.166 ODU (8.275-8.5 GHz) composition; Fs=119 MHz 8.275-8.5 GHz FREQUENCY SHIFTER - 119 MHz (first digit Ext.= 1) Reference: Rec. ITU-R 386-6 Annex 3 Tx FREQ. Associated Diplexer filter (MHz) RF group Rx FREQ. Modem (non (MHz) Mounting extended...

  • Page 245: Tab. 2.167 Odu (12.75 - 13.25 Ghz) Composition; Fs=266 Mhz

    2 - PLANNING 2.3.16.23 13 GHz ODU ND Tab. 2.167 ODU (12.75 - 13.25 GHz) composition; Fs=266 MHz 12.75 - 13.25 GHz FREQUENCY SHIFTER - 266 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.497-6 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 246: Tab. 2.169 Odu (14.5 - 15.4 Ghz) Composition; Fs=420 Mhz

    2 - PLANNING Tab. 2.169 ODU (14.5 - 15.4 GHz) composition; Fs=420 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 420 MHz (first digit Ext.= 1) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 247: Tab. 2.171 Odu (14.5 - 15.4 Ghz) Composition; Fs=490 Mhz

    2 - PLANNING Tab. 2.171 ODU (14.5 - 15.4 GHz) composition; Fs=490 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 490 MHz (first digit Ext.= 5) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 248: Tab. 2.173 Odu (14.5 - 15.4 Ghz) Composition; Fs=322 Mhz

    2 - PLANNING Tab. 2.173 ODU (14.5 - 15.4 GHz) composition; Fs=322 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 322 MHz (first digit Ext.= 7) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Rx FREQ. (MHz) Diplexer filter (MHz) RF group Mounting Modem (non extended...

  • Page 249: Tab. 2.175 Odu (17.7 - 19.7 Ghz) Composition; Fs=1010 Mhz

    2 - PLANNING Tab. 2.175 ODU (17.7 - 19.7 GHz) composition; Fs=1010 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 1010 MHz (first digit Ext.= 1) Reference: Rec. ITU-R F.595 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 250: Tab. 2.177 Odu (21.2 - 23.6 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING 2.3.16.26 23 GHz ODU ND Tab. 2.177 ODU (21.2 - 23.6 GHz) composition; Fs=1008 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1008 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. (MHz) Associated Diplexer filter RF group...

  • Page 251: Tab. 2.179 Odu (21.2 - 23.6 Ghz) Composition; Fs=1200 Mhz

    2 - PLANNING Tab. 2.179 ODU (21.2 - 23.6 GHz) composition; Fs=1200 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1200 MHz (first digit Ext.= 2) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 252: Tab. 2.180 Odu (24.5 - 26.5 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING 2.3.16.27 26 GHz ODU ND Tab. 2.180 ODU (24.5 - 26.5 GHz) composition; Fs=1008 MHz 24.5 - 26.5 GHz FREQUENCY SHIFTER - 1008 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.748 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 253: Tab. 2.182 Odu (37 - 39.5 Ghz) Composition; Fs=1260 Mhz

    2 - PLANNING 2.3.16.29 38 GHz ODU ND Tab. 2.182 ODU (37 - 39.5 GHz) composition; Fs=1260 MHz 37 - 39.5 GHz FREQUENCY SHIFTER - 1260 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.749 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 254: Fig. 2.78 7, 8, 13, 15, 18, 23, 26, 28 And 38 Ghz Odu Nd: Diplexer Position According To The Mounting

    2 - PLANNING Fig. 2.78 7, 8, 13, 15, 18, 23, 26, 28 and 38 GHz ODU ND: Diplexer position according to the mounting type (A or B) MOUNTING “A” DIPLEXER POSITION MOUNTING “B” DIPLEXER POSITION (*) These two diplexers are adjusted in the same sub-band, but are installed inside the ODU in two different mounting position (standard and reverse).

  • Page 255: Tab. 2.183 Odu (14.5 - 15.4 Ghz) Composition; Fs=336 Mhz

    2 - PLANNING 2.3.16.30 15 GHz ODU ND2 Tab. 2.183 ODU (14.5 - 15.4 GHz) composition; Fs=336 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 336 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 256: Tab. 2.185 Odu (14.40 - 15.35 Ghz) Composition; Fs=644 Mhz

    2 - PLANNING Tab. 2.185 ODU (14.40 - 15.35 GHz) composition; Fs=644 MHz 14.40 - 15.35 GHz FREQUENCY SHIFTER - 644 MHz (first digit EXT.= 2) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 257: Tab. 2.187 Odu (14.5 - 15.4 Ghz) Composition; Fs=490 Mhz

    2 - PLANNING Tab. 2.187 ODU (14.5 - 15.4 GHz) composition; Fs=490 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 490 MHz (first digit Ext.= 5) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 258: Tab. 2.189 Odu (14.5 - 15.4 Ghz) Composition; Fs=322 Mhz

    2 - PLANNING Tab. 2.189 ODU (14.5 - 15.4 GHz) composition; Fs=322 MHz 14.4 - 15.4 GHz FREQUENCY SHIFTER - 322 MHz (first digit Ext.= 7) Reference: Rec. ITU-R F.636 Tx FREQ. Associated Rx FREQ. (MHz) Diplexer filter (MHz) RF group Mounting Modem (non extended...

  • Page 259: Tab. 2.190 Odu (17.7 - 19.7 Ghz) Composition; Fs=340 Mhz

    2 - PLANNING 2.3.16.31 18 GHz ODU ND2 Tab. 2.190 ODU (17.7 - 19.7 GHz) composition; Fs=340 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 340 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.595 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting...

  • Page 260: Tab. 2.192 Odu (17.7 - 19.7 Ghz) Composition; Fs=1560 Mhz

    2 - PLANNING Tab. 2.192 ODU (17.7 - 19.7 GHz) composition; Fs=1560 MHz 17.7 - 19.7 GHz FREQUENCY SHIFTER - 1560 MHz (first digit Ext.= 3) Reference: Rec. ITU-R F.595 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ. (MHz) Modem (non extended type...

  • Page 261: Tab. 2.193 Odu (21.2 - 23.6 Ghz) Composition; Fs=1008 Mhz

    2 - PLANNING 2.3.16.32 23 GHz ODU ND2 Tab. 2.193 ODU (21.2 - 23.6 GHz) composition; Fs=1008 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1008 MHz (first digit Ext.= 0) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. (MHz) Associated Diplexer filter RF group...

  • Page 262: Tab. 2.195 Odu (21.2 - 23.6 Ghz) Composition; Fs=1200 Mhz

    2 - PLANNING Tab. 2.195 ODU (21.2 - 23.6 GHz) composition; Fs=1200 MHz 21.2 - 23.6 GHz FREQUENCY SHIFTER - 1200 MHz (first digit Ext.= 2) Reference: Rec. ITU-R F.637 Annex 1 Tx FREQ. Associated Diplexer filter (MHz) RF group Mounting Rx FREQ.

  • Page 263: Fig. 2.79 15, 18, 23 And 38 Ghz Odu Nd2: Diplexer Position According To The Mounting Type (A Or B)

    2 - PLANNING Fig. 2.79 15, 18, 23 and 38 GHz ODU ND2: Diplexer position according to the mounting type (A or B) MOUNTING “A” DIPLEXER POSITION MOUNTING “B” DIPLEXER POSITION SRAL XD (plug-in IDU) - UMN 2-231 911-380/02C0000 - Issue 13, January 2008...
  • Page 264 2 - PLANNING SRAL XD (plug-in IDU) - UMN 2-232 911-380/02C0000 - Issue 13, January 2008...

  • Page 265: Installation

    3 - INSTALLATION INSTALLATION 3.1 GENERAL In this document all the operations are described, required for the mechanical installation of SRAL XD equipments. During the installation, while lifting the antenna and/or the outdoor pole supporting frame, it is strictly forbidden to stand or transit in the area below; the area has to be suitably delimited or signaled according to regulations in force.

  • Page 266: Odu Frames (7 Ghz To 38 Ghz)

    3 - INSTALLATION 3.2 ODU FRAMES (7 GHz to 38 GHz) 3.2.1 1+0 vertical frame dimensions with independent antenna (7 GHz to 38 GHz ODU) Fig. 3.1 1+0 vertical frame dimensions with independent antenna Pole with diam. 75 to 115 mm 1+0 Frame ND/HDe HD/HP 15-38...

  • Page 267: 1+0 Vertical Frame - Flange Types And Part Numbers

    3 - INSTALLATION 3.2.1.1 1+0 vertical frame - Flange types and part numbers Tab. 3.1 1+0 vertical frame - Flange types and part numbers RF Band 1+0 frame Frame flange (GHz) (P/N) (to Antenna) 534-108/69 UDR 84 534-108/69 UDR 84 534-108/71 UBR 120 534-108/72...

  • Page 268: 1+0 Vertical Frame - Pole Mounting

    3 - INSTALLATION 3.2.1.2 1+0 vertical frame - Pole mounting Fig. 3.2 1+0 vertical frame - Pole mounting Pole with diam. 75 to 115 mm 1+0 Frame SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 269: 1+0 Vertical Frame - Wall Mounting

    3 - INSTALLATION 3.2.1.3 1+0 vertical frame - Wall mounting Fig. 3.3 1+0 vertical frame - Wall mounting Insert 1+0 Frame The inserts are not delivered with the frame, if this fixing is required they have to be separately provided. SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 270: 1+0 Vertical Frame - O-Rings

    3 - INSTALLATION 3.2.1.4 1+0 vertical frame - O-rings Fig. 3.4 1+0 vertical frame - O-rings Protection cover O-ring Protection cover The O-ring are delivered with the frame. SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 271: 1+1 Vertical Frame Dimensions With Independent Antenna (7/8/13 Ghz Odu)

    3 - INSTALLATION 3.2.2 1+1 vertical frame dimensions with independent antenna (7/8/13 GHz ODU) Fig. 3.5 1+1 vertical frame dimensions with independent antenna Pole with diam. 75 to 115 mm 1+1 Frame ODU (St.By) HD/HP ODU (Main) HD/HP ND/HDe 7 to 13 = Overall dimensions including ODU.

  • Page 272: 1+1 Vertical Frame - Pole Mounting

    3 - INSTALLATION 3.2.2.1 1+1 vertical frame - Pole mounting Fig. 3.6 1+1 vertical frame - Pole mounting Pole with diam. 75 to 115 mm 1+1 Frame Safety collar – Install first the safety collar. SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 273: 1+1 Vertical Frame - Wall Mounting

    3 - INSTALLATION 3.2.2.2 1+1 vertical frame - Wall mounting Fig. 3.7 1+1 vertical frame - Wall mounting Insert 1+1 Frame The inserts are not delivered with the frame, if this fixing is required they have to be separately provided. SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 274: 1+1 Vertical Frame - O-Rings

    3 - INSTALLATION 3.2.2.3 1+1 vertical frame - O-rings Fig. 3.8 1+1 vertical frame - O-rings Protection cover O-ring Protection cover The O-ring are delivered with the frame. SRAL XD (plug-in IDU) - UMN 3-10 911-380/02C0000 - Issue 13, January 2008...

  • Page 275: 1+1 Support Frame Dimensions With Independent Antenna (Odu 7 Ghz To 38 Ghz)

    3 - INSTALLATION 3.2.3 1+1 support frame dimensions with independent antenna (ODU 7 GHz to 38 GHz) Fig. 3.9 1+1 support frame dimensions with independent antenna Pole with diam. 75 to 115 mm (St.By) 1+1 Frame Main SRAL XD (plug-in IDU) - UMN 3-11 911-380/02C0000 - Issue 13, January 2008...

  • Page 276: 1+1 Support Frame With Independent Antenna (7 Ghz To 38 Ghz Odu) - Pole Mounting

    3 - INSTALLATION 3.2.3.1 1+1 support frame with independent antenna (7 GHz to 38 GHz ODU) - Pole mounting Fig. 3.10 1+1 support frame with independent antenna (7 to 38 GHz ODU) - Pole mounting Pole with diam. 75 to 115 mm 1+1 Frame SRAL XD (plug-in IDU) - UMN 3-12...

  • Page 277: 1+1 Support Frame With Independent Antenna (7 Ghz To 38 Ghz Odu) - Wall Mounting

    3 - INSTALLATION 3.2.3.2 1+1 support frame with independent antenna (7 GHz to 38 GHz ODU) - Wall mounting Fig. 3.11 1+1 support frame with independent antenna (7 to 38 GHz ODU) - Wall mounting Insert SRAL XD (plug-in IDU) - UMN 3-13 911-380/02C0000 - Issue 13, January 2008...

  • Page 278: 1+1 Support Frame With Independent Antenna (7 Ghz To 38 Ghz Odu) - O-Rings

    3 - INSTALLATION 3.2.3.3 1+1 support frame with independent antenna (7 GHz to 38 GHz ODU) - O-rings Fig. 3.12 1+1 support frame with independent antenna (7 to 38 GHz ODU) - O-rings Protection cover O-ring Protection cover SRAL XD (plug-in IDU) - UMN 3-14 911-380/02C0000 - Issue 13, January 2008...

  • Page 279: 1+1 Support Frame Dimensions With Integrated Antenna (7 Ghz To 38 Ghz Odu)

    3 - INSTALLATION 3.2.4 1+1 support frame dimensions with integrated antenna (7 GHz to 38 GHz ODU) Fig. 3.13 1+1 support frame dimensions with integrated antenna UP MAIN Pole with diam. 75 to 115 mm STBY ODU safety hook 1+1 Supporting frame SRAL XD (plug-in IDU) - UMN 3-15 911-380/02C0000 - Issue 13, January 2008...

  • Page 280: Fig. 3.14 1+1 Support Frame With Integrated Antenna - Polarization Change

    3 - INSTALLATION Fig. 3.14 1+1 support frame with integrated antenna - Polarization change STEP TWIST POLARIZATION CHANGE STEP TWIST VERTICAL POLARIZATION HORIZONTAL POLARIZATION SRAL XD (plug-in IDU) - UMN 3-16 911-380/02C0000 - Issue 13, January 2008...

  • Page 281: 1+1 Support Frame With Integrated Antenna - O-Rings

    3 - INSTALLATION 3.2.4.1 1+1 support frame with integrated antenna - O-rings Fig. 3.15 1+1 support frame with integrated antenna - O-rings Protection cover O-ring Protection cover SRAL XD (plug-in IDU) - UMN 3-17 911-380/02C0000 - Issue 13, January 2008...

  • Page 282: Not Integrated System (Solution With Flexible Waveguide)

    3 - INSTALLATION 3.3 NOT INTEGRATED SYSTEM (SOLUTION WITH FLEXIBLE WAVEGUIDE) 3.3.1 Connections Fig. 3.16 Connections (solution with flexible waveguide) “VERTICAL” POLARIZATION “HORIZONTAL” POLARIZATION POLE ∅ 75 to 115mm (recommended ∅115mm) POLE FIXING (**) 1+0 VERTICAL FRAME FLEXIBLE WAVEGUIDE 1+1 VERTICAL FRAME 1+1 SUPPORT FRAME FLEXIBLE WAVEGUIDE...

  • Page 283: Attenuation And P/N

    3 - INSTALLATION 3.3.2 Attenuation and P/N Tab. 3.2 Attenuation and P/N Flexible waveguide kit Flexible waveguide kit (L. = 600 mm) * (L. = 1000 mm) ** Band Attenuation Attenuation (GHz) (dB) (dB) 597-524/83 597-523/95 0.18 0.39 (UDR-PDR 84) (UDR-PDR 84) 597-524/83 597-523/95...

  • Page 284: Pole Overall Size

    3 - INSTALLATION 3.3.3 Pole overall size Fig. 3.17 Pole overall size 1+1 7÷13 Ghz System 1+0 7÷38 Ghz System 1+1 7÷38 Ghz System ∅ ∅ ∅ up to 80 cm antenna up to 80 cm antenna up to 80 cm antenna 1+1 7÷38 Ghz System 1+1 7÷13 Ghz System 1+0 7÷38 Ghz System...

  • Page 285: Not Integrated System (Solution With Elliptical Waveguide)

    3 - INSTALLATION 3.4 NOT INTEGRATED SYSTEM (SOLUTION WITH ELLIPTICAL WAVEGUIDE) 3.4.1 Connections Fig. 3.18 Connections (solution with elliptical waveguide) SRAL XD (plug-in IDU) - UMN 3-21 911-380/02C0000 - Issue 13, January 2008...

  • Page 286: Pressurization With External Dehydrator

    3 - INSTALLATION 3.4.2 Pressurization with external dehydrator Fig. 3.19 Pressurization with external dehydrator WAVEGUIDE CONNECTOR EXTERNAL ODU SIDE DEHYDRATOR DEHYDRATOR PIPE It is recommended for waveguide run over : 5m (7 GHz), 6m (8 GHz), 9m (10 GHz), 11m (13 GHz), 16m (15 GHz), 25m (18 GHz), 38m (23 GHz) e 45m (26 GHz) SRAL XD (plug-in IDU) - UMN 3-22...

  • Page 287: Elliptical Flexible Waveguide, Connector And Accessory Versions

    3 - INSTALLATION 3.4.3 Elliptical flexible waveguide, connector and accessory versions – 7 GHz Tab. 3.3 Elliptical wave guide (31263-750) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 64-71) 127-042/05 Note 1-3 Elliptical waveguide (EWP 77-71W) 127-042/14 Note 1-4 Adapter for angular (10pz) 165-005/84 N°...

  • Page 288: Tab. 3.5 Elliptical Wave Guide (31263-758)

    3 - INSTALLATION – 8 GHz Tab. 3.5 Elliptical wave guide (31263-758) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 77-77) 127-042/06 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/70 N° Note 1 Tab. 3.6 Connectors and accessories (31263-779SR) Item DESCRIPTION...

  • Page 289: Tab. 3.7 Elliptical Wave Guide (31263-766)

    3 - INSTALLATION – 13 GHz Tab. 3.7 Elliptical wave guide (31263-766) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 127) 127-042/08 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/72 N° Note 1 Tab. 3.8 Connectors and accessories (31263-781SR) Item DESCRIPTION...

  • Page 290: Tab. 3.9 Elliptical Wave Guide (31263-767)

    3 - INSTALLATION – 15 GHz Tab. 3.9 Elliptical wave guide (31263-767) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 132) 127-042/09 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/70 N° Note 1 Tab. 3.10 Connectors and accessories (31263-782SR) Item DESCRIPTION...

  • Page 291: Tab. 3.11 Elliptical Wave Guide (31263-768)

    3 - INSTALLATION – 18 GHz Tab. 3.11 Elliptical wave guide (31263-768) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 180) 127-042/10 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/70 N° Note 1 Tab. 3.12 Connectors and accessories (31263-783SR) Item DESCRIPTION...

  • Page 292: Tab. 3.13 Elliptical Wave Guide (31263-769)

    3 - INSTALLATION – 23 GHz Tab. 3.13 Elliptical wave guide (31263-769) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 220) 127-042/11 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/74 N° Note 1 Tab. 3.14 Connectors and accessories (31263-784SR) Item DESCRIPTION...

  • Page 293: Tab. 3.15 Elliptical Wave Guide (31263-771)

    3 - INSTALLATION – 26 GHz Tab. 3.15 Elliptical wave guide (31263-771) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 240) 127-042/13 Note 1 Adapter for angular (10pz) 165-005/84 N° Note 1 Waveguide clamp (10pz) 165-005/74 N° Note 1 Tab. 3.16 Connectors and accessories (31263-785R) Item DESCRIPTION...

  • Page 294: Tab. 3.17 Elliptical Wave Guide (31263-770)

    3 - INSTALLATION – 28 GHz Tab. 3.17 Elliptical wave guide (31263-770) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 300) 127-041/26 Note 1 Universal clamp ( ∅ 38) 165-005/17 N° Note 1 Rubber bush ( ∅ 38) for E300 332-202/60 N°...

  • Page 295: Tab. 3.21 Elliptical Wave Guide (31263-772)

    3 - INSTALLATION – 38 GHz Tab. 3.21 Elliptical wave guide (31263-772) Item DESCRIPTION Unit Q.ty Elliptical waveguide (EWP 380) 127-041/25 Note 1 Universal clamp ( ∅ 38) 165-005/17 N° Note 1 Rubber bush ( ∅ 38) for E 380 332-202/93 N°...

  • Page 296: Odu

    3 - INSTALLATION 3.5 ODU 3.5.1 Assembly on support frame Fig. 3.20 ODU assembly on support frame OUTDOOR assembly (see par. 3.5.2) SRAL XD (plug-in IDU) - UMN 3-32 911-380/02C0000 - Issue 13, January 2008...

  • Page 297: Odu Dimensions

    3 - INSTALLATION 3.5.2 ODU dimensions 3.5.2.1 ODU Normal Density (ND) and High Density Enhanced (HDe) dimensions Fig. 3.21 ODU Normal Density (ND) and High Density enhanced (HDe) dimensions Grounding screw BOTTOM VIEW 2 8 1 SIDE VIEW FRONT VIEW 1 2 3 Rx field measure...

  • Page 298: Odu High Density (Hd) Dimensions

    3 - INSTALLATION 3.5.2.2 ODU High Density (HD) dimensions Fig. 3.22 ODU High Density (HD) dimensions Rx field measure connector BOTTOM VIEW Sun protection (supplied with theODU) IN/OUT cable connector FRONT VIEW SIDE VIEW 2 9 0 2 6 9 1 6 4 2 3 8 1 5 5...

  • Page 299: Odu Normal Density 2 (Nd2) Dimensions

    3 - INSTALLATION 3.5.2.3 ODU Normal Density 2 (ND2) dimensions Fig. 3.23 ODU Normal Density 2 (ND2) dimensions BOTTOM VIEW For feeder flange RF SIDE VIEW IN/OUT cable connector FRONT VIEW Handle For feeder flange IN/OUT cable Grounding connector point Rx field measure connector Weight of the OUTDOOR assembly = 5 kg...

  • Page 300: Odu Versions

    3 - INSTALLATION 3.5.3 ODU versions Tab. 3.23 ODU versions Frequency P/N ODU type Frequency shifter Feeder Band (MHz) Flange HD/HP (GHz) 148.5 / 154 / 161 / 732-251/07 732-241/07E 732-241/07 UDR 84 (7.1 to 7.9) 168 / 245 / 196 119 / 126 / 732-251/08 732-241/08E...

  • Page 301: Vertical" Polarization Application

    3 - INSTALLATION 3.5.4 “Vertical” polarization application Fig. 3.24 “Vertical” polarization application (ODU “Normal Density” - ND and ODU “High Density enhanced - HDe) Rx field measure connector REAR VIEW Ground IN/OUT cable connector Note = for “vertical” polarised application, the IN/OUT cable connector is at bottom. Fig.
  • Page 302 3 - INSTALLATION Fig. 3.26 “Vertical” polarization application (ODU “Normal Density 2” - ND2 ) Rx field measure connector REAR VIEW IN/OUT cable connector Ground Note = for “vertical” polarised application, the IN/OUT cable connector is at bottom. SRAL XD (plug-in IDU) - UMN 3-38 911-380/02C0000 - Issue 13, January 2008...

  • Page 303: Horizontal" Polarization Application

    3 - INSTALLATION 3.5.5 “Horizontal” polarization application Fig. 3.27 “Horizontal” polarization application (ODU “Normal Density” - ND and ODU “High Density enhanced - HDe) IN/OUT cable connector REAR VIEW Ground Rx field measure connector Note = for “horizontal” polarised application, the IN/OUT cable connector is on the right side. Fig.

  • Page 304: Fig. 3.29 "Horizontal" Polarization Application (Odu "Normal Density 2" - Nd2 )

    3 - INSTALLATION Fig. 3.29 “Horizontal” polarization application (ODU “Normal Density 2” - ND2 ) Ground Rx field measure connector REAR VIEW IN/OUT cable connector Note = for “horizontal” polarised application, the IN/OUT cable connector is on the right side. SRAL XD (plug-in IDU) - UMN 3-40 911-380/02C0000 - Issue 13, January 2008...

  • Page 305: Rx Field Measure" Connector

    3 - INSTALLATION 3.5.6 “Rx field measure” connector Fig. 3.30 “Rx field measure” connector Rx field measure connector BNC socket (*) This “Rx field measure” connector is the test point for the connection of a voltmeter during the antenna alignment procedure. SRAL XD (plug-in IDU) - UMN 3-41 911-380/02C0000 - Issue 13, January 2008...

  • Page 306: Idu/Odu Connection With Braided Coaxial Cable

    3 - INSTALLATION 3.6 IDU/ODU CONNECTION WITH BRAIDED COAXIAL CABLE 3.6.1 IDU/ODU typical connection with Braided coaxial cable Fig. 3.31 Braided coaxial cable - IDU/ODU tipical connection Coaxial connector 90° “N” type Braided IN/OUT coaxial cable Coaxial connector 90° SMA type IDU ASSEMBLY Note = The max lenght of one IDU/ODU connection is 200 m (140 m for 32xE1 IDU) SRAL XD (plug-in IDU) - UMN...

  • Page 307: Grounding Connections, Integrated Solution

    3 - INSTALLATION 3.6.2 Grounding connections, integrated solution Fig. 3.32 Grounding connections, integrated solution Grounding (*) (***) Braided coaxial (*) (**) cable Ground cable 1x16 mm PVC YE-GR (****) Grounding plate (103-037/50) (*****) 333-047/07 General grounding point Braided coaxial (*) (**) cable INDOOR Bending radius...

  • Page 308: Grounding Connections, Not Integrated Solution

    3 - INSTALLATION 3.6.3 Grounding connections, not integrated solution Fig. 3.33 Grounding connections, not integrated solution Grounding kit (*) (***) Braided coaxial (*) (**) cable Ground cable 1x16 mm (****) PVC YE-GR (103-037/50) Grounding plate (*****) 333-047/07 Grounding plate (*****) (332-309/91) (******) General...

  • Page 309: Pole Fixing Of The Grounding Plate Kit (P/N 332-309/91)

    3 - INSTALLATION 3.6.4 Pole fixing of the grounding plate kit (P/N 332-309/91) Fig. 3.34 Pole fixing of the grounding plate kit (P/N 332-309/91) Plate 223-002/86 332-004/92 Grouding plate 257-41/507 Hex nut Spring washer Screw Plain washer Terminal tube ∅ ∅...

  • Page 310: Braided Coaxial Cable - Typical Fixing

    3 - INSTALLATION 3.6.5 Braided coaxial cable - Typical fixing Fig. 3.35 Braided coaxial cable - Typical fixing Universal cable clamp (332-202/95) (332-202/96) INDOOR Cable tie Cable tie (223-009/27) (223-009/27) Braided coaxial cable CABLE TIE (a) UNIVERSAL CABLE CLAMP (b) (c) External back cable tie D = 74 to 140 mm 223-009/27 (*) D = 26 to 62 mm 223-009/25 (**)

  • Page 311: Recommended Clamp Spacing For Braided Coaxial Cable

    3 - INSTALLATION 3.6.5.1 Recommended clamp spacing for Braided coaxial cable Clamp spacing recommendation is based on the guidelines stated in EIA Standard RS-222 (Structural Standards for Steel Antenna Towers and Antenna Supporting Structures) and BSI CP3 (Code of Basic Data for the Design of Buildings, Wind Loading).

  • Page 312: Andrew And Intercond Sets

    3 - INSTALLATION 3.6.6 Andrew and Intercond sets Tab. 3.24 ANDREW set (a) Description Unit Q.ty 104-009/50 Braided CNT300 - 50 Ohm COAXIAL CABLE 314-331/88 (b) 597-525/59A Braided COAX CABLE ACCESSORIES 597-525/59 (b) 421-025/30 90° COAX SMA-PLUG 421-008/35 90° COAX N-PLUG 333-031/21 GROUNDING KIT Tab.

  • Page 313: Characteristics

    3 - INSTALLATION 3.6.7 Characteristics Tab. 3.26 Construction characteristics ANDREW INTERCOND Inner Conductor Diameter (mm) 1.78 1.78 Dielectric Diameter (mm) 4.83 4.90 Outer Conductor Diameter (mm) 4.98 6.00 Standard Jacket Diameter (mm) 7.62 7.60 Tab. 3.27 Mechanical characteristics ANDREW INTERCOND Weight (kg/m) 0.08...

  • Page 314: Tab. 3.30 Attenuation, (Db/100M) Standard Conditions: Vswr 1.0; Ambient Temperature 24°C

    3 - INSTALLATION Tab. 3.30 Attenuation, (dB/100m) Standard conditions: VSWR 1.0; ambient temperature 24°C ANDREW INTERCOND 30 MHz 3.50 50 MHz 4.50 150 MHz 7.80 7.80 450 MHz 13.70 13.70 900 MHz 19.7 1500 MHz 25.70 1700 MHz 27.50 2000 MHz 30.0 2200 MHz 31.30...

  • Page 315: Idu/Odu Connection With 1/4" Coaxial Cable

    3 - INSTALLATION 3.7 IDU/ODU CONNECTION WITH 1/4” COAXIAL CABLE 3.7.1 IDU/ODU typical connection with 1/4” coaxial cable Fig. 3.36 1/4” coaxial cable - IDU/ODU tipical connection 1/4” IN/OUT coaxial cable IDU ASSE M BLY IDU ASSEMBLY Note = The max lenght of one IDU/ODU connection is 300 m (220 m for 32xE1 IDU) SRAL XD (plug-in IDU) - UMN 3-51 911-380/02C0000 - Issue 13, January 2008...

  • Page 316: Odu Side Connection

    3 - INSTALLATION 3.7.2 ODU side connection Fig. 3.37 1/4” coaxial cable - ODU side connection (FRONTAL SIDE) (FRONT VIEW) 90° coax N-plug 1/4” coaxial cable To IDU section (*) For the P/N of these accessories see par. 3.7.8 SRAL XD (plug-in IDU) - UMN 3-52 911-380/02C0000 - Issue 13, January 2008...

  • Page 317: Grounding Connections, Integrated Solution

    3 - INSTALLATION 3.7.3 Grounding connections, integrated solution Fig. 3.38 Grounding connections, integrated solution Grounding (*) (***) 1/4” coaxial (*) (**) cable Ground cable 1x16 mm PVC YE-GR (****) Grounding plate (103-037/50) (*****) 333-047/07 General grounding point 1/4” coaxial (*) (**) cable Bending radius 1/4”...

  • Page 318: Grounding Connections, Not Integrated Solution

    3 - INSTALLATION 3.7.4 Grounding connections, not integrated solution Fig. 3.39 Grounding connections, not integrated solution Grounding kit (*) (***) 1/4” coaxial cable (*) (**) Ground cable 1x16 mm (****) PVC YE-GR (103-037/50) Grounding plate (*****) 333-047/07 Grounding plate (*****) (332-309/91) (******) General...

  • Page 319: Pole Fixing Of The Grounding Plate Kit (P/N 332-309/91)

    3 - INSTALLATION 3.7.5 Pole fixing of the grounding plate kit (P/N 332-309/91) Fig. 3.40 Pole fixing of the grounding plate kit (P/N 332-309/91) Plate 223-002/86 332-004/92 Grouding plate 257-41/507 Hex nut Spring washer Screw Plain washer Terminal tube ∅ ∅...

  • Page 320: 1/4" Coaxial Cable - Typical Fixing

    3 - INSTALLATION 3.7.6 1/4” coaxial cable - Typical fixing Fig. 3.41 1/4” coaxial cable - Typical fixing Universal cable clamp (332-202/95) (332-202/96) INDOOR Cable tie Cable tie (223-009/27) (223-009/27) 1/4” Braided coaxial cable CABLE TIE (a) UNIVERSAL CABLE CLAMP (b) (c) External back cable tie D = 74 to 140 mm 223-009/27 (*) D = 26 to 62 mm 223-009/25 (**)

  • Page 321: Recommended Clamp Spacing For 1/4" Coaxial Cable

    3 - INSTALLATION 3.7.6.1 Recommended clamp spacing for 1/4” coaxial cable Clamp spacing recommendation is based on the guidelines stated in EIA Standard RS-222 (Structural Standards for Steel Antenna Towers and Antenna Supporting Structures) and BSI CP3 (Code of Basic Data for the Design of Buildings, Wind Loading).

  • Page 322: 1/4" Coaxial Cable - Connection On Idu Side

    3 - INSTALLATION 3.7.7 1/4” coaxial cable - Connection on IDU side Fig. 3.42 1/4” coaxial cable - Connection on IDU side TO GROUNDING BAR ETZI/19” RACK IDU ASSEMBLY TO ODU 1/4” coaxial cable SECTION Coaxial N-plug Ground cable Cage nut M6 Bush 6x35 Coaxial cable Screw 6x16...

  • Page 323: Andrew And Rfs-Kabelmetal Sets

    3 - INSTALLATION 3.7.8 Andrew and RFS-Kabelmetal sets Tab. 3.32 Andrew set Description Unit Q.ty 104-009/42 1/4” LDF1RN - 50 ohm COAXIAL CABLE NOTE (314-327/79)* 597-523/94A 1/4” COAX CABLE ACCESSORIES (597-523/94)* 421-008/88 STRAIGHT “N” type COAX N-PLUG 421-008/84 90° “N” type COAX N-PLUG 333-031/19 GROUNDING KIT Tab.

  • Page 324: Tab. 3.34 Construction Characteristics

    3 - INSTALLATION 3.7.9 Characteristics Tab. 3.34 Construction characteristics RFS-Kabel ANDREW metal Inner Conductor Diameter (mm) Dielectric Diameter (mm) Outer Conductor Diameter (mm) Standard Jacket Diameter (mm) 10.0 Tab. 3.35 Mechanical characteristics RFS-Kabel ANDREW metal Weight (kg/m) 0.09 0.13 Min. Bending Radius single bend (mm) Min.

  • Page 325: Tab. 3.37 Electrical Characteristics

    3 - INSTALLATION Tab. 3.37 Electrical characteristics RFS-Kabel ANDREW metal Characteristics Impedance (ohm) Relative Propagation Velocity Capacitance (pF/m) 76.8 Maximun Operating Frequency (MHz) 15800 3000 Cut-off Frequency (MHz) 18700 Peak RF Voltage Rating (kV) 0.83 Peak Power Rating (kW) 12.1 DC Resistance : Inner Conductor 5.15 (ohm/km)

  • Page 326: Tab. 3.38 Attenuation, (Db/100M) Standard Conditions: Vswr 1.0 ; Ambient Temperature 24°C

    3 - INSTALLATION Tab. 3.38 Attenuation, (dB/100m) Standard conditions: VSWR 1.0 ; ambient temperature 24°C ANDREW RFS-Kabelmetal 10 MHz 1.32 30 MHz 2.20 100 MHz 4.08 150 MHz 5.03 200 MHz 300 MHz 7.22 450 MHz 8.94 600 MHz 10.42 824 MHz 12.36 894 MHz...

  • Page 327: Tab. 3.39 Average Power Rating, Kw Standard Conditions : Vswr 1.0 ; Ambient Temperature 40°C ; Inner

    3 - INSTALLATION Tab. 3.39 Average Power Rating, kW Standard conditions : VSWR 1.0 ; ambient temperature 40°C ; inner conductor temperature 100°C ; ANDREW RFS-Kabelmetal 10 MHz 30 MHz 3.38 2.51 100 MHz 1.85 1.36 150 MHz 1.51 200 MHz 0.95 300 MHz 1.07...

  • Page 328: Idu Installation

    3 - INSTALLATION 3.8 IDU INSTALLATION The IDU can be arranged for installation both on ETSI and 19" racks, by means of two different types of brackets. Before starting with the installation, IDU sub-rack has to be arranged for the rack type (ETSI or 19") and then the identification plate has to be applied to the left bracket.

  • Page 329: Idu Sub-Rack Arrangement For Etsi Rack

    3 - INSTALLATION 3.8.2 IDU sub-rack arrangement for ETSI rack – In the sub-rack front part (3), install on the side panels, the two brackets (1) for ETSI rack, by means of the relevant two fixing screws (2). Fig. 3.43 IDU sub-rack arrangement for ETSI rack Flat head screw 3x6...

  • Page 330: Idu Sub-Rack Arrangement For 19" Rack

    3 - INSTALLATION 3.8.3 IDU sub-rack arrangement for 19” rack – In the sub-rack front part (3), install on the side panels, the two brackets (1) for ETSI rack, by means of the relevant two fixing screws (2). Fig. 3.44 IDU sub-rack arrangement for 19”...

  • Page 331: Idu Installation

    3 - INSTALLATION 3.8.4 IDU installation – Insert the IDU (1) in the relevant housing of the rack. – Screw down the four screws (2) fixing the IDU (1). – Fix the support of the coaxial cables (3) to the frame, screwing the two relevant fixing screws (4).

  • Page 332: Idu Grounding Connections

    3 - INSTALLATION 3.8.4.1 IDU grounding connections IDU grounding connections Fig. 3.46 TO THE STATION GROUNDING SYSTEM Grounding cable YE-GR PVC 1x25 mm Grounding cable (**) (6 mm L = 400) IDU subrack (314-303/56) Grounding bar M4x8 cylindrical head screw (***) = This cable is included in the 19”...

  • Page 333: Installation Of Idu Optional Units

    3 - INSTALLATION 3.9 INSTALLATION OF IDU OPTIONAL UNITS The 16xE1 / 32xE1 or 1x E3 Base Band optional unit can be installed in the IDU during the first installation phase (if not already present) or afterwards. For the installation of an optional unit, act as follows: –...

  • Page 334: External Connections

    3 - INSTALLATION 3.10 EXTERNAL CONNECTIONS All the connectors used for the external connections are easily accessible from the front side of the indoor assembly. All the cables from/to the outside are brought down from the cabinet top inside the side wall slots or, in the case the wiring is running under the raised floor, they are made to ascend likewise.

  • Page 335: Fig. 3.47 Primary Power Supply Connections

    3 - INSTALLATION Fig. 3.47 Primary Power Supply Connections INDOOR ASSEMBLY Female connector (422-060/16) Female contact (422-027/31) CRIMPING SIDE VIEW Nominal voltage Metal shell A1 = Positive -48 Vdc + 20% (422-030/82) A3 = Negative (-38.4 to 57.6 Vdc) 2x1.5 mm bipolar shielded cable for power supply MAXIMUM POWER CONSUMPTION...

  • Page 336: Connector Functions

    3 - INSTALLATION 3.10.1.2 Connector functions Fig. 3.49 to Fig. 3.63 and Tab. 3.41 to Tab. 3.42 show the positions and functions of the connectors. Fig. 3.48 ODU connections (connector coax. type SMA) ODU 1 ODU 2 SRAL XD (plug-in IDU) - UMN 3-72 911-380/02C0000 - Issue 13, January 2008...

  • Page 337: Fig. 3.49 2 Mbit/S 120 Ohm (Sub-D) From 1 To 8 Tributary Connections

    3 - INSTALLATION Fig. 3.49 2 Mbit/s 120 ohm (Sub-D) from 1 to 8 Tributary Connections INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' V -B U S '+. '*  #$ -  #$ -  A +'# +. &0  2 Mbit/s I/O Tributaries 1-8 27 ..-5  0 %8...

  • Page 338: Fig. 3.50 2 Mbit/S 120 Ohm (Sub-D) From 9 To 16 Tributary Connections

    3 - INSTALLATION Fig. 3.50 2 Mbit/s 120 ohm (Sub-D) from 9 to 16 Tributary Connections INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' V -B U S '+. A '*  #$ -  #$ -  +'# +. &0  2 Mbit/s I/O Tributaries 9-16 27 ..-5  0 %8...

  • Page 339: Fig. 3.51 2 Mbit/S 75 Ohm (Sub-D) From 1 To 8 Tributary Connections

    3 - INSTALLATION Fig. 3.51 2 Mbit/s 75 ohm (Sub-D) from 1 to 8 Tributary Connections INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' V -B U S '+. A '*  #$ -  #$ -  +'# +. &0  $-E 0      0 "  27 2 Mbit/s I/O Tributaries 1-8 %8...

  • Page 340: Fig. 3.52 2 Mbit/S 75 Ohm (Sub-D) From 9 To 16 Tributary Connections

    3 - INSTALLATION Fig. 3.52 2 Mbit/s 75 ohm (Sub-D) from 9 to 16 Tributary Connections INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' V -B U S '+. '*  #$ -  #$ -  A +'# +. &0  $-E 0      0 "  27 .-. %8...

  • Page 341: Fig. 3.53 2 Mbit/S (120 Ohm Lemo) From 1 To 16 Tributary Connections

    3 - INSTALLATION Fig. 3.53 2 Mbit/s (120 ohm LEMO) from 1 to 16 Tributary Connections INDOOR ASSEMBLY V -B U S For tributaries connections use: - 2 pairs double shield cable (TE3 2x2x0.5 HH2/M G) P/N 106-041/13 SRAL XD (plug-in IDU) - UMN 3-77 911-380/02C0000 - Issue 13, January 2008...

  • Page 342: Fig. 3.54 Alarm Connections

    3 - INSTALLATION Fig. 3.54 Alarm connections INDOOR ASSEMBLY V - B U S ALMs ALIM OFF TEST MINOR OR WARNING 15 C male CRITICAL SUB-D connector (422-062/86) MAJOR CEN-OUT2 CEN-OUT1 CEN-OUT4 CEN-OUT3 CEN-IN2 CEN-IN1 CEN-IN4 CEN-IN3 Metal shell (422-030/92) 8-pair double shield cable (*) Materials included in the alarm accessories kit P/N 332-055/49A.

  • Page 343: Tab. 3.41 Alarm Meaning

    3 - INSTALLATION Tab. 3.41 Alarm meaning Alarm Description ALIM OFF No power supply alarm TEST Abnormal condition (i.e. Tributary loop active) IDU alarm MINOR OR “Minor” or “Warning” alarm WARNING CRITICAL “Critical” alarm ODU alarm MAJOR “Major” alarm CEN-OUT2 Station alarm output #2 (from remote station) CEN-OUT1 Station alarm output #1 (from remote station)

  • Page 344: Fig. 3.55 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 1)

    3 - INSTALLATION Fig. 3.55 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 1) INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' V - B '+. A '*  #$ -  #$ -  +'# +. &0  #$ -  9 C male CONFIGURATION USER 1 SUB-D connector (422-062/60)

  • Page 345: Fig. 3.56 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 2)

    3 - INSTALLATION Fig. 3.56 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 2) INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' '+. '*  #$ -  #$ -  A +'# +. &0  #$ -  9 C male CONFIGURATION USER 2 SUB-D connector (422-062/60) Dext 2x(1+0)

  • Page 346: Fig. 3.57 (Ch1 And Ch2) 64 Kbit/S (V11) Service Channel Connnection

    3 - INSTALLATION Fig. 3.57 (CH1 and CH2) 64 kbit/s (V11) service channel connnection USER (a) (b) CO-DIRECTIONAL CONTRA-DIRECTIONAL CLOCK (a) CLOCK (a)(b) DATA Tx Wire a DATA Tx Wire b DATA Rx Wire a DATA Rx Wire b CLOCK Rx Wire a CLOCK Rx Wire b CLOCK Tx Wire a CLOCK Tx Wire b...

  • Page 347: Fig. 3.58 Fig

    3 - INSTALLATION Fig. 3.58 Supervision connections (Q LAN - V LAN) INDOOR ASSEMBLY WITH CONTROLLER UNIT P/N 634-001/73 + + +   +'#     4   '   $'3 +. &0  (' &' '+. A ....

  • Page 348: Fig. 3.59 Connection Example (Q Lan - V Lan)

    3 - INSTALLATION Fig. 3.59 Connection example (Q LAN - V LAN) EXAMPLE A EXAMPLE B SRAL XD-1 SRAL XD-1 To LAN X SRAL XD-2 SRAL XD-2 To LAN Y SRAL XD-n SRAL XD-n To LAN Z To LAN LEGENDA: 10 = Q LAN; 11 = V LAN SRAL XD (plug-in IDU) - UMN 3-84...

  • Page 349: Fig. 3.60 V-Bus Connection ( With Controller P/N 634.001/74)

    3 - INSTALLATION Fig. 3.60 V-BUS Connection ( with Controller P/N 634.001/74) P/N 634-001/74 Controller unit INDOOR ASSEMBLY 2 M bi t / s I / O T R I B U T A R I E S 1 ÷8 2 M bi t / s I / O T R I B U T A R I E S 9÷1 6 O D U C A B LE S R A L X D...

  • Page 350: Fig. 3.61 V-Bus Connection Example

    3 - INSTALLATION Fig. 3.61 V-BUS Connection example CONTROLLER CONTROLLER L max = 300 m DOUBLE TERMINAL CONTROLLER CONTROLLER CONTROLLER L max = 300 m TRIPLE TERMINAL OR MORE For this interconnection cable see Fig. 3.62 For these 120 ohm termination connectors 120 Ohm see Fig. 3.62 SRAL XD (plug-in IDU) - UMN 3-86 911-380/02C0000 - Issue 13, January 2008...

  • Page 351: Fig. 3.62 V-Bus Interface Connections Accessories

    3 - INSTALLATION Fig. 3.62 V-BUS interface connections accessories TERMINATION CONNECTOR TERMINATION CONNECTOR FEMALE MALE INTERCONNECTION CABLE MALE MALE FEMALE (*) These accessories are included in the daisy-chain kit: 597-524/09. SRAL XD (plug-in IDU) - UMN 3-87 911-380/02C0000 - Issue 13, January 2008...
  • Page 352 3 - INSTALLATION Fig. 3.63 LCT connection (RS 232) INDOOR ASSEMBLY !*0  .$.$#%>8 !*0  .$.$#?@ +'# $'3 +. &0  (' &' '+. '*  #$ -  #$ -  A +'# +. &0  '+. 9 C male SUB-D connector The LCT connector (F interface) can be used also to connect a SRAL XD to extend a SRAL network as shown in Fig.

  • Page 353: Fig. 3.64 Example Of The F Interface Used To Extend A Sral Network

    3 - INSTALLATION Fig. 3.64 Example of the F interface used to extend a SRAL network V bus SRAL SRAL SRAL SRAL XD SRAL XD 16xE1 conf. 16xE1 conf. SRAL XD (plug-in IDU) - UMN 3-89 911-380/02C0000 - Issue 13, January 2008...

  • Page 354: 1Xe3 Idu

    3 - INSTALLATION 3.10.2 1xE3 IDU 3.10.2.1 Primary supply voltage connection The outdoor assembly (ODU) is remotely power supplied by the indoor IDU (P/N 732-101/61) by means of 1 coaxial connection cable (2 in the 1+1 configuration). The indoor assembly BB units are fed by DC/DC converters, which transform the delivered -48 V voltage.

  • Page 355: Fig. 3.65 Primary Power Supply Connections

    3 - INSTALLATION Fig. 3.65 Primary Power Supply Connections INDOOR ASSEMBLY O D U C AB L E S R AL X D C A U T I O N 34M bi t / s 2M b i t / s V b a t te r y V - B U S Q - LA N...

  • Page 356: Connector Functions

    3 - INSTALLATION 3.10.2.2 Connector functions Fig. 3.66 to Fig. 3.78 and Tab. 3.43 to Tab. 3.44 show the positions and functions of the connectors. Fig. 3.66 ODU connections (connector coax. type SMA) ODU 1 .- $- .- $- +'# $'3  27*0 ...

  • Page 357: Fig. 3.67 34 Mbit/S Tributary Connections (75 Ohm Coax.)

    3 - INSTALLATION Fig. 3.67 34 Mbit/s tributary connections (75 ohm coax.) INDOOR ASSEMBLY .- $- .- $- +'# $'3  27*0  +. !*0 5. &0  & (' &' '+. '*  #$ -  #$ -  +'# 4 .  +. &0  Self-locking coaxial plug .$.$ 34 Mbit/s (E3) 1.0/2.3 - 75 ohm...

  • Page 358: Fig. 3.68 2 Mbit/S Wst Signal Connections (75 Ohm Coax.)

    3 - INSTALLATION Fig. 3.68 2 Mbit/s WST Signal connections (75 ohm coax.) INDOOR ASSEMBLY .- $- .- $- +'# $'3  +. 27*0  !*0 5 . &0  (' &' & '+. #$ -  #$ -  '*  +'# 5   +. &0      2 Mbit/s (WST) !*0  5.

  • Page 359: Fig. 3.69 Alarm Connections

    3 - INSTALLATION Fig. 3.69 Alarm connections INDOOR ASSEMBLY '*  '*)) .#.  *$$ 5$E 15 C male +$.+' SUB-D connector  (422-062/86) *6$ +#.! +#.% +#.7 +#.2 +#! +#% +#7 +#2 Metal shell (422-030/92) 8-pair double shield cable (*) Materials included in the alarm accessories kit P/N 332-055/49A. SRAL XD (plug-in IDU) - UMN 3-95 911-380/02C0000 - Issue 13, January 2008...

  • Page 360: Tab. 3.43 Alarm Meaning

    3 - INSTALLATION Tab. 3.43 Alarm meaning Alarm Description ALIM OFF No power supply alarm TEST Abnormal condition (i.e. Tributary loop active) IDU alarm MINOR OR “Minor” or “Warning” alarm WARNING CRITICAL “Critical” alarm ODU alarm MAJOR “Major” alarm CEN-OUT2 Station alarm output #2 (from remote station) CEN-OUT1 Station alarm output #1 (from remote station)
  • Page 361 3 - INSTALLATION Fig. 3.70 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 1) INDOOR ASSEMBLY ODU CABLE SRAL XD C A U T I O N 34 Mb/ s 2 Mb/ s WST Vbattery Q-LAN V-LAN V-BUS ALMs USER/Dext USER/Dext ODU CABLE C A U T I O N...

  • Page 362: Fig. 3.71 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 2)

    3 - INSTALLATION Fig. 3.71 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 2) INDOOR ASSEMBLY ODU CABLE SRAL XD C A U T I O N 34 Mb/ s 2 Mb/ s WST Vbattery V-BUS Q-LAN V-LAN USER/Dext USER/Dext ALMs ODU CABLE C A U T I O N...

  • Page 363: Fig. 3.72 (Ch1 And Ch2) 64 Kbit/S (V11) Service Channel Connnection

    3 - INSTALLATION Fig. 3.72 (CH1 and CH2) 64 kbit/s (V11) service channel connnection USER (a) (b) CO-DIRECTIONAL CONTRA-DIRECTIONAL CLOCK (a) CLOCK (a)(b) DATA Tx Wire a DATA Tx Wire b DATA Rx Wire a DATA Rx Wire b CLOCK Rx Wire a CLOCK Rx Wire b CLOCK Tx Wire a CLOCK Tx Wire b...
  • Page 364 3 - INSTALLATION Fig. 3.73 Supervision connections (Q LAN - V LAN) INDOOR ASSEMBLY + + +   +'#     4   '  $'3  +. &0  (' &' V - B U S '+. . * +...

  • Page 365: Fig. 3.75 V-Bus Connection

    3 - INSTALLATION Fig. 3.75 V-BUS Connection INDOOR ASSEMBLY O D U C A B L E S R A L X D C A U T I O N V b a t t e r y V - B U S Q - L A N V - L A N L C T...

  • Page 366: Fig. 3.76 V-Bus Connection Example

    3 - INSTALLATION Fig. 3.76 V-BUS Connection example CONTROLLER CONTROLLER L max = 300 m DOUBLE TERMINAL CONTROLLER CONTROLLER CONTROLLER L max = 300 m TRIPLE TERMINAL OR MORE For these 120 ohm termination connectors 120 Ohm see Fig. 3.77 For this interconnection cable see Fig.

  • Page 367: Fig. 3.77 V-Bus Interface Connections Accessories

    3 - INSTALLATION Fig. 3.77 V-BUS interface connections accessories TERMINATION CONNECTOR TERMINATION CONNECTOR FEMALE MALE INTERCONNECTION CABLE MALE MALE FEMALE (*) These accessories are included in the daisy-chain kit: 597-524/09. SRAL XD (plug-in IDU) - UMN 3-103 911-380/02C0000 - Issue 13, January 2008...
  • Page 368 3 - INSTALLATION Fig. 3.78 LCT connection (RS 232) INDOOR ASSEMBLY O D U C A B L E SRAL XD C A U T I O N 34 M b /s 2 M b /s W S T Vbattery Q - L A N V - L A N V - B U S...

  • Page 369: Fig. 3.79 Example Of The F Interface Used To Extend A Sral Network

    3 - INSTALLATION Fig. 3.79 Example of the F interface used to extend a SRAL network V bus SRAL SRAL SRAL SRAL XD SRAL XD 1xE3 conf. 16xE1 conf. SRAL XD (plug-in IDU) - UMN 3-105 911-380/02C0000 - Issue 13, January 2008...

  • Page 370: Eth Idu

    3 - INSTALLATION 3.10.3 ETH IDU 3.10.3.1 Primary supply voltage connection The outdoor assembly (ODU) is remotely power supplied by the indoor IDU (P/N 732-101/61) by means of 1 coaxial connection cable (2 in the 1+1 configuration). The indoor assembly BB units are fed by DC/DC converters, which transform the delivered -48 V voltage.

  • Page 371: Fig. 3.80 Primary Power Supply Connections

    3 - INSTALLATION Fig. 3.80 Primary Power Supply Connections INDOOR ASSEMBLY Female connector (422-060/16) Female contact (422-027/31) CRIMPING SIDE VIEW Metal shell (422-030/82) Nominal voltage A1 = Positive -48 Vdc + 20% A3 = Negative (-38.4 to 57.6 Vdc) 2x1.5 mm bipolar shielded cable for power supply MAXIMUM POWER CONSUMPTION...

  • Page 372: Connector Functions

    3 - INSTALLATION 3.10.3.2 Connector functions Fig. 3.81 to Fig. 3.95 and Tab. 3.45 to Tab. 3.46 show the positions and functions of the connectors. Fig. 3.81 ODU connections (connector coax. type SMA) ODU 1 ODU 2 SRAL XD (plug-in IDU) - UMN 3-108 911-380/02C0000 - Issue 13, January 2008...

  • Page 373: Fig. 3.82 2 Mbit/S 75 Ohm (Sub-D) From 1 To 8 Tributary Connections

    3 - INSTALLATION Fig. 3.82 2 Mbit/s 75 ohm (Sub-D) from 1 to 8 Tributary Connections INDOOR ASSEMBLY Rx-GND (to be connected to shell cable-clamp) Tx DATA 2 Mbit/s I/O Tributaries 1-8 Channel no. 6 Rx DATA Tx DATA Channel no.

  • Page 374: Fig. 3.83 2 Mbit/S 120 Ohm (Sub-D) From 1 To 8 Tributary Connections

    3 - INSTALLATION Fig. 3.83 2 Mbit/s 120 ohm (Sub-D) from 1 to 8 Tributary Connections INDOOR ASSEMBLY 2 Mbit/s I/O Tributaries 1-8 Tributary cable (a)(b) 8xE1 120 ohm (L=5/10/20/30 m) (314-331/79..82) (a) = This prewiring cable is a standard solution; on request is possible to order the single materials and to make the cable in field.

  • Page 375: Fig. 3.84 10/100 Baset Ethernet Lan Ports (Rj45)

    3 - INSTALLATION Fig. 3.84 10/100 BaseT Ethernet Lan Ports (RJ45) INDOOR ASSEMBLY 4Pair Shielded Cable (a)(b) (106-041/76) RJ45 Shielded connector (422-053/63) (a) These materials are supplied with the installation materials (b) The length of this cable is 185m Max for 10 BaseT or 140m Max for 100 BaseT. SRAL XD (plug-in IDU) - UMN 3-111 911-380/02C0000 - Issue 13, January 2008...
  • Page 376 3 - INSTALLATION Fig. 3.85 Alarm connections INDOOR ASSEMBLY '*  '*)) .#.  *$ 5$E 15 C male +$.+' SUB-D connector  (422-062/86) *6$ +#.! +#.% +#.7 +#.2 +#! +#% +#7 +#2 Metal shell (422-030/92) 8-pair double shield cable (*) Materials included in the alarm accessories kit P/N 332-055/49A. SRAL XD (plug-in IDU) - UMN 3-112 911-380/02C0000 - Issue 13, January 2008...

  • Page 377: Tab. 3.45 Alarm Meaning

    3 - INSTALLATION Tab. 3.45 Alarm meaning Alarm Description ALIM OFF No power supply alarm TEST Abnormal condition (i.e. Tributary loop active) IDU alarm MINOR OR “Minor” or “Warning” alarm WARNING CRITICAL “Critical” alarm ODU alarm MAJOR “Major” alarm CEN-OUT2 Station alarm output #2 (from remote station) CEN-OUT1 Station alarm output #1 (from remote station)

  • Page 378: Fig. 3.86 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 1)

    3 - INSTALLATION Fig. 3.86 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 1) INDOOR ASSEMBLY USER/Dext CONFIGURATION USER 1 9 C male USER/Dext SRA L Comp. SUB-D connector (422-062/60) Dext USER/Dext SRA L Comp. Dext Metal shell (422-030/91) 8-pair double shield cable (*) These accessories are included in the installation kit P/N 332-055/29A.

  • Page 379: Fig. 3.87 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 2)

    3 - INSTALLATION Fig. 3.87 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 2) INDOOR ASSEMBLY USER/Dext CONFIGURATION USER 2 9 C male SUB-D connector Dext (422-062/60) Dext Metal shell (422-030/91) 8-pair double shield cable (*) These accessories are included in the installation kit P/N 332-055/29A. SRAL XD (plug-in IDU) - UMN 3-115 911-380/02C0000 - Issue 13, January 2008...

  • Page 380: Fig. 3.88 (Ch1 And Ch2) 64 Kbit/S (V11) Service Channel Connnection

    3 - INSTALLATION Fig. 3.88 (CH1 and CH2) 64 kbit/s (V11) service channel connnection USER (a) (b) CONTRA-DIRECTIONAL CO-DIRECTIONAL CLOCK (a) CLOCK (a)(b) DATA Tx Wire a DATA Tx Wire b DATA Rx Wire a DATA Rx Wire b CLOCK Rx Wire a CLOCK Rx Wire b CLOCK Tx Wire a CLOCK Tx Wire b...

  • Page 381: Fig. 3.90 Connection Example (Q Lan - V Lan)

    3 - INSTALLATION Fig. 3.89 Supervision connections (Q LAN - V LAN) INDOOR ASSEMBLY Q - LAN V-LAN Q L AN VLAN (10/100 BASE T) (10 BASE T) DATA Tx Wire DATA Tx Wire DATA Rx Wire NOT USED NOT USED DATA Rx Wire a NOT USED NOT USED...

  • Page 382: Fig. 3.91 V-Bus Connection

    3 - INSTALLATION Fig. 3.91 V-BUS Connection INDOOR ASSEMBLY V-BUS V - B U S ( 1 2 8 K b / s D A T A C h a n n e l ) V - D R X - a n o t u s e d V - D R X - b n o t u s e d...

  • Page 383: Fig. 3.92 V-Bus Connection Example

    3 - INSTALLATION Fig. 3.92 V-BUS Connection example CONTROLLER CONTROLLER L max = 300 m DOUBLE TERMINAL CONTROLLER CONTROLLER CONTROLLER L max = 300 m TRIPLE TERMINAL OR MORE For these 120 ohm termination connectors 120 Ohm see Fig. 3.93 For this interconnection cable see Fig.

  • Page 384: Fig. 3.93 V-Bus Interface Connections Accessories

    3 - INSTALLATION Fig. 3.93 V-BUS interface connections accessories TERMINATION CONNECTOR TERMINATION CONNECTOR FEMALE MALE INTERCONNECTION CABLE MALE MALE FEMALE (*) These accessories are included in the daisy-chain kit: 597-524/09. SRAL XD (plug-in IDU) - UMN 3-120 911-380/02C0000 - Issue 13, January 2008...

  • Page 385: Fig. 3.94 Lct Connection (Rs 232)

    3 - INSTALLATION Fig. 3.94 LCT connection (RS 232) INDOOR ASSEMBLY 9 C male SUB-D connector The LCT connector (F interface) can be used also to connect a SRAL XD to extend a SRAL network as shown in Fig. 3.95. Tab.

  • Page 386: Fig. 3.95 Example Of The F Interface Used To Extend A Sral Network

    3 - INSTALLATION Fig. 3.95 Example of the F interface used to extend a SRAL network V bus SRAL SRAL SRAL SRAL XD SRAL XD ETH conf. 16xE1 conf. SRAL XD (plug-in IDU) - UMN 3-122 911-380/02C0000 - Issue 13, January 2008...

  • Page 387: 32Xe1 Idu

    3 - INSTALLATION 3.10.4 32xE1 IDU 32xE1 IDU is managed starting from the SVR 3.7. 3.10.4.1 Primary supply voltage connection The outdoor assembly (ODU) is remotely power supplied by the indoor IDU (P/N 732-101/62) by means of 1 coaxial connection cable (2 in the 1+1 configuration). The indoor assembly BB units are fed by DC/DC converters, which transform the delivered -48 V voltage.

  • Page 388: Fig. 3.96 Primary Power Supply Connections

    3 - INSTALLATION Fig. 3.96 Primary Power Supply Connections INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 Female connector (422-060/16) Female contact (422-027/31) CRIMPING SIDE VIEW Metal shell (422-030/82) Nominal voltage A1 = Positive -48 Vdc + 20% A3 = Negative (-38.4 to 57.6 Vdc) 2x1.5 mm bipolar shielded...

  • Page 389: Connector Functions

    3 - INSTALLATION 3.10.4.2 Connector functions Fig. 3.98 to Fig. 3.95 and Tab. 3.47 to Tab. 3.48 show the positions and functions of the connectors. Fig. 3.97 ODU connections (connector coax. type SMA) ODU 1 INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 ODU 2...

  • Page 390: Fig. 3.98 2 Mbit/S 75 Ohm (Minirj21) From 1 To 8 / 9 To 16 / 17 To 24 / 25 To 32 Tributary Connections

    3 - INSTALLATION Fig. 3.98 2 Mbit/s 75 ohm (MiniRJ21) from 1 to 8 / 9 to 16 / 17 to 24 / 25 to 32 Tributary Connections INDOOR ASSEMBLY   .$.$# %8 ?%C %B!7 !D2! TRIB. TRIB. TRIB. TRIB. 1 to 8 9 to 16 17 to 24 25 to 32...

  • Page 391: Fig. 3.99 2 Mbit/S 120 Ohm (Minirj21) From 1 To 8 / 9 To 16 / 17 To 24 / 25 To 32 Tributary Connections

    3 - INSTALLATION Fig. 3.99 2 Mbit/s 120 ohm (MiniRJ21) from 1 to 8 / 9 to 16 / 17 to 24 / 25 to 32 Tributary Connections INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 TRIB. TRIB. TRIB. TRIB. 1 to 8 9 to 16 17 to 24 25 to 32...

  • Page 392: Fig. 3.85 Alarm Connections

    3 - INSTALLATION Fig. 3.100 Alarm connections INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 ALMs ALIM OFF TEST MINOR O WARNING 15 C male CRITICAL SUB-D connector (422-062/86) MAJOR CEN-OUT2 CEN-OUT1 CEN-OUT4 CEN-OUT3 CEN-IN2 CEN-IN1 CEN-IN4 CEN-IN3 Metal shell (422-030/92) 8-pair double shield cable (*) Materials included in the alarm accessories kit P/N 332-055/49A.

  • Page 393: Tab. 3.47 Alarm Meaning

    3 - INSTALLATION Tab. 3.47 Alarm meaning Alarm Description ALIM OFF No power supply alarm TEST Abnormal condition (i.e. Tributary loop active) IDU alarm MINOR OR “Minor” or “Warning” alarm WARNING CRITICAL “Critical” alarm ODU alarm MAJOR “Major” alarm CEN-OUT2 Station alarm output #2 (from remote station) CEN-OUT1 Station alarm output #1 (from remote station)
  • Page 394 3 - INSTALLATION Fig. 3.101 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 1) INDOOR ASSEMBLY 9-16 Interfaces TRIBUTARIES 17-24 25-32 USER/Dext CONFIGURATION USER 1 9 C male USER/Dext SRA L Comp. SUB-D connector (422-062/60) Dext USER/Dext SRA L Comp. Dext Metal shell (422-030/91)

  • Page 395: Fig. 3.102 64 Kbit/S (V.11) Service Channel Connnection: User/Dext (User 2)

    3 - INSTALLATION Fig. 3.102 64 kbit/s (V.11) service channel connnection: USER/Dext (USER 2) INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 USER/Dext CONFIGURATION USER 2 9 C male SUB-D connector Dext (422-062/60) Dext Metal shell (422-030/91) 8-pair double shield cable (*) These accessories are included in the installation kit P/N 332-055/29A.

  • Page 396: Fig. 3.103 (Ch1 And Ch2) 64 Kbit/S (V11) Service Channel Connnection

    3 - INSTALLATION Fig. 3.103 (CH1 and CH2) 64 kbit/s (V11) service channel connnection USER (a) (b) CO-DIRECTIONAL CONTRA-DIRECTIONAL CLOCK (a) CLOCK (a)(b) DATA Tx Wire a DATA Tx Wire b DATA Rx Wire a DATA Rx Wire b CLOCK Rx Wire a CLOCK Rx Wire b CLOCK Tx Wire a CLOCK Tx Wire b...

  • Page 397: Fig. 3.105 Connection Example (Q Lan - V Lan)

    3 - INSTALLATION Fig. 3.104 Supervision connections (Q LAN - V LAN) INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 Q-LAN V-LAN QLAN VLAN (10/100 BASE T) (10 BASE T) DATA Tx Wire DATA Tx Wire DATA Rx Wire NOT USED NOT USED DATA Rx Wire a NOT USED...

  • Page 398: Fig. 3.106 V-Bus Connection

    3 - INSTALLATION Fig. 3.106 V-BUS Connection INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 V-BUS V - B U S ( 1 2 8 K b / s D A T A C h a n n e l ) V - D R X - a n o t u s e d V - D R X - b...

  • Page 399: Fig. 3.107 V-Bus Connection Example

    3 - INSTALLATION Fig. 3.107 V-BUS Connection example CONTROLLER CONTROLLER L max = 300 m DOUBLE TERMINAL CONTROLLER CONTROLLER CONTROLLER L max = 300 m TRIPLE TERMINAL OR MORE For these 120 ohm termination connectors 120 Ohm see Fig. 3.108 For this interconnection cable see Fig.

  • Page 400: Fig. 3.108 V-Bus Interface Connections Accessories

    3 - INSTALLATION Fig. 3.108 V-BUS interface connections accessories TERMINATION CONNECTOR TERMINATION CONNECTOR FEMALE MALE INTERCONNECTION CABLE MALE MALE FEMALE (*) These accessories are included in the daisy-chain kit: 597-524/09. SRAL XD (plug-in IDU) - UMN 3-136 911-380/02C0000 - Issue 13, January 2008...

  • Page 401: Fig. 3.109 Lct Connection (Rs 232)

    3 - INSTALLATION Fig. 3.109 LCT connection (RS 232) INDOOR ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 9 C male SUB-D connector The LCT connector (F interface) can be used also to connect a SRAL XD to extend a SRAL network as shown in Fig. 3.110. Tab.

  • Page 402: Fig. 3.110 Example Of The F Interface Used To Extend A Sral Network

    3 - INSTALLATION Fig. 3.110 Example of the F interface used to extend a SRAL network V bus SRAL SRAL SRAL SRAL XD SRAL XD 32xE1 conf. 16xE1 conf. SRAL XD (plug-in IDU) - UMN 3-138 911-380/02C0000 - Issue 13, January 2008...

  • Page 403: Activation

    4 - ACTIVATION ACTIVATION 4.1 PRESETTINGS In this paragraph instructions are given to check and, if required, to carry out the presettings relevant to the system type where the equipment is utilized. There are two presetting types: – Hardware settings, performed through jumpers or connections –...

  • Page 404: Activation

    4 - ACTIVATION 4.2 ACTIVATION This paragraph includes the procedures for checkings that can be carried out during the installation while activating the equipment. Fig. 6.33 shows the connectors and the control elements, located on the equipment front panel. 4.2.1 Local checks All the units comprising the equipment are tested and adjusted at the factory in order to optimize the characteristics: usually, checks on these unit are not required while installed.

  • Page 405: Tab. 4.1 Memory Key Alarms

    4 - ACTIVATION If a Memory Key other than that used during the first installation is inserted while the equipment is ON, the Controller compares the S/N and the type of license memorised (and that corresponds to the first installation Memory Key) with that of the Memory Key inserted.
  • Page 406 4 - ACTIVATION Fig. 4.1 IDU Memory Key position (16xE1 Tributary unit) CONTROLLER UNIT CONTROLLER UNIT P/N 634-001/73 P/N 634-001/74 S R A L X D S R A L X D V - B U S Q - L A N V - L A N Q - L A N V - L A N...

  • Page 407: Alignment

    4 - ACTIVATION Fig. 4.3 IDU Memory Key position (ETH Tributary unit) CONTROLLER UNIT IDU ASSEMBLY 16xE1 BASE BAND UNIT P/N 634-001/74 ETH TRIBUTARY UNIT 16xE1 BASE BAND UNIT Fig. 4.4 IDU Memory Key position (32xE1 Tributary unit) CONTROLLER UNIT IDU ASSEMBLY 32xE1 BASE BAND UNIT P/N 634-001/74...

  • Page 408: Local Checks On The Equipment

    4 - ACTIVATION Fig. 4.5 ODU connection for the measurement of the received field (Rx field) BNC connector for Rx field measure The V range is between -3.4 V and 1.2 V (typical values) for P values between -30 dBm and -75 dBm, according to a linear law with rate of about 0.5 V for 10 dB.

  • Page 409: Configuration Of Ip Address

    4 - ACTIVATION 4.2.4.2 Configuration of IP address On the first installation, the IDU has a default IP address (192.168.255.3) and then the user can access the NE, set the network IP address and build the map containing the IP saddress itself. For this purpose, refer to the guide to use of the management program, of the OMN manual.

  • Page 410: Normal Operating Conditions And Alarms

    4 - ACTIVATION 4.3 NORMAL OPERATING CONDITIONS AND ALARMS 4.3.1 Normal operating conditions Normal operating conditions of the equipment are indicated as follows: – Power Supply switch on the 16xE1, 32xE1, ETH or 1xE3 Tributary (“ON” = position “I”) – all red LEDs on the front panel of the units: OFF –...
  • Page 411 4 - ACTIVATION Fig. 4.7 LEDs status in the normal operating conditions of a 1+0/1+1 system (1xE3) IDU ASSEMBLY (1xE3) 1xE3 TRIBUTARY UNIT CONTROLLER UNIT 1xE3 BASE BAND UNIT .- $- +'# $'3  +. !*0 5. &0  & (' &' '+. #$ -  +'#...

  • Page 412: Fig. 4.9 Leds Status In The Normal Operating Conditions Of A 1+0/1+1 System (32Xe1)

    4 - ACTIVATION Fig. 4.9 LEDs status in the normal operating conditions of a 1+0/1+1 system (32xE1) IDU ASSEMBLY (32xE1) 32xE1 TRIBUTARY UNIT CONTROLLER UNIT 32xE1 BASE BAND UNIT 17-24 25-32 GREEN “I” POSITION Tab. 6.3 (*) The status of these LEDs (which identify the active radio channel) depend on the System Type. In 1+0 configuration only LED CH A is ON (Green).

  • Page 413: Maintenance

    5 - MAINTENANCE MAINTENANCE 5.1 TROUBLESHOOTING AND RESTORING This paragraph instructs about troubleshooting to be carried out on the equipment. The malfunctions are pointed out by LEDs on the equipment, on the indoor assembly front panel (see Fig. 5.1 and Fig. 5.2 ). The indications function on the front panel is described in the par.

  • Page 414: Unit Replacement Procedures In 1+0 Systems

    5 - MAINTENANCE Fig. 5.2 Ethernet tributary unit LAN Ports LEDs ETHERNET TRIBUTARY UNIT Lan Port Led see Tab. 6.3 (*) 5.1.2 Unit replacement procedures in 1+0 systems This paragraph contains the instruction to carry out the system parts fault replacement. Follow the instructions step by step, otherwise the SW configuration could be lost, and therefore the LCT is necessary for a new SW configuration setting.

  • Page 415: Replacement Of The Idu Units

    5 - MAINTENANCE 5.1.2.3 Replacement of the IDU units 5.1.2.3.1 16xE1, 32xE1 or 1xE3 Base Band Unit Perform by LCT command “ODU Power Up Disabled”. Disconnect the power supply cable from the front panel of the unit. Remove the faulty unit. Insert the spare unit.

  • Page 416: Unit Replacement Procedures In 1+1 Systems

    5 - MAINTENANCE 5.1.3 Unit replacement procedures in 1+1 systems This paragraph contains the instruction to carry out the system parts fault replacement. Follow the instructions step by step, otherwise the SW configuration could be lost, and therefore the LCT is necessary for a new SW configuration setting. Note: The IDU front panel LEDs give fault status general information;...

  • Page 417: Replacement Of The Idu Units

    5 - MAINTENANCE 5.1.3.3 Replacement of the IDU units 5.1.3.3.1 16xE1, 32xE1 or 1xE3 Base Band Unit Force ON LINE the other BB and the hitless switch via LCT commands. Perform by LCT command "ODU Power Up Disabled" in the relevant ODU. Disconnect the power supply and IDU/ODU cables from the front panel of the unit.

  • Page 418: Configuration Change

    5 - MAINTENANCE 5.1.4 Configuration change 5.1.4.1 Capacity change Change the capacity (Menù Equipment → System → System Capacity) on the ODU not ON LINE at the remote station. Change the capacity (Menù Equipment → System → System Capacity) on the ODU not ON LINE at the local station.

  • Page 419: Fig. 5.3 Flow Chart No. 1 - Intervention Procedure Because Of Failure

    5 - MAINTENANCE Fig. 5.3 Flow chart No. 1 - Intervention procedure because of failure SRAL XD (plug-in IDU) - UMN 911-380/02C0000 - Issue 13, January 2008...

  • Page 420: List Of Spare Parts

    5 - MAINTENANCE 5.2 LIST OF SPARE PARTS The maintenance philosophy consists in the replacement of an outdoor assembly (ODU) or a unit of the IDU. Therefore all spares consist of outdoor assembly and units that have the same P/N of the failed ones. 5.2.1 IDU spare parts list Tab.

  • Page 421: Odu Spare Parts List

    5 - MAINTENANCE 5.2.2 ODU spare parts list Each ODU has been adjusted in factory to a frequency of an RF channel. The list of the available ODUs is given in table from Tab. 5.5 to Tab. 5.22. Tab. 5.5 ODU “HD/HP”...

  • Page 422: Tab. 5.13 Odu "Hd/Hp Low Power" 38 Ghz

    5 - MAINTENANCE Tab. 5.13 ODU “HD/HP Low Power” 38 GHz ODU P/N ODU composition 732-241/38A-xxx See par. 2.3.16.9 Tab. 5.14 ODU “ND” 7 GHz ODU P/N ODU composition 732-251/07-xxx See par. 2.3.16.21 Tab. 5.15 ODU “ND” 8 GHz ODU P/N ODU composition 732-251/08-xxx See par.

  • Page 423: Tab. 5.21 Odu "Nd" 28 Ghz

    5 - MAINTENANCE Tab. 5.21 ODU “ND” 28 GHz ODU P/N ODU composition 732-251/28-xxx See par. 2.3.16.28 Tab. 5.22 ODU “ND” 38 GHz ODU P/N ODU composition 732-251/38-xxx See par. 2.3.16.29 Tab. 5.23 ODU “HDe” 7 GHz ODU P/N ODU composition 732-241/07E-xxx See par.

  • Page 424: Tab. 5.29 Odu "Hde" 26 Ghz

    5 - MAINTENANCE Tab. 5.29 ODU “HDe” 26 GHz ODU P/N ODU composition 732-241/26E-xxx See par. 2.3.16.16 Tab. 5.30 ODU “HDe” 28 GHz ODU P/N ODU composition 732-241/28E-xxx See par. 2.3.16.17 Tab. 5.31 ODU “HDe” 32 GHz ODU P/N ODU composition 732-241/32E-xxx See par.

  • Page 425: Tab. 5.37 Odu "Nd2" 38 Ghz

    5 - MAINTENANCE Tab. 5.37 ODU “ND2” 38 GHz ODU P/N ODU composition 732-251/38E-xxx See par. 2.3.16.33 SRAL XD (plug-in IDU) - UMN 5-13 911-380/02C0000 - Issue 13, January 2008...

  • Page 426: Procedure For Spare Parts Use

    5 - MAINTENANCE 5.3 PROCEDURE FOR SPARE PARTS USE This paragraph illustrates the procedure to use when having to replace the faulty unit of the IDU and the faulty ODU. To simplify the description, the following procedures concern the disassembling of the parts to replace.

  • Page 427: Functional Description

    6 - FUNCTIONAL DESCRIPTION FUNCTIONAL DESCRIPTION 6.1 IDU ARCHITECTURE 6.1.1 IDU (16xE1) Fig. 6.1 reports the block diagram of the IDU. The basic version (1+0) of the IDU consists of: – a 16xE1 Tributary unit (75 Ohm unbal. or 120 Ohm bal.), that represents the physical access of the equipment for the 2 Mbit/s (E1) Tributary streams of the public network –...

  • Page 428: Bb (16Xe1) Unit

    6 - FUNCTIONAL DESCRIPTION The "Cross-connector" functional block consists of a matrix through which it is possible – connect several 2 Mbit/s streams (inputting the 16xE1 Tributary unit) to both of the 16xE1 Base Band units; – let several 2 Mbit/s streams transit from one 16xE1 Base Band card over to another.

  • Page 429: Controller Unit

    6 - FUNCTIONAL DESCRIPTION 6.1.1.3 Controller unit The Controller unit implements a system controller, that is capable of managing all the system configurations. The main functions are: – collection of alarms and working parameters from the system units (IDU and ODU); transmission of this information to a local PC and to a network supervision system –...

  • Page 430: Idu (32Xe1)

    6 - FUNCTIONAL DESCRIPTION 6.1.2 IDU (32xE1) Fig. 6.4 reports the block diagram of the IDU. The basic version (1+0) of the IDU consists of: – a 32xE1 Tributary unit (75 Ohm unbal. or 120 Ohm bal.), that represents the physical access of the equipment for the 2 Mbit/s (E1) Tributary streams of the public network –...

  • Page 431: Fig. 6.2 Access Board Payload Block Diagram

    6 - FUNCTIONAL DESCRIPTION – A Stuffing/ destuffing mechanism is present for each tributary signal, in order to multiplex them into an aggregate signal. – Multiplexing of 32xE1 tributary signals (after the stuffing block) into an aggregate frame allows backplane connection. De-multiplexing of the same signals implemented in the opposite direction on the aggregate received from BaseBand boards.The overall functionalities associated to the access board are described in the following picture.

  • Page 432: Bb (32Xe1) Unit

    6 - FUNCTIONAL DESCRIPTION 6.1.2.2 BB (32xE1) Unit The unit carries out the following functions: – A part of "Baseband" management. BaseBand board multiplexes net payload, service channel (64 kbit/s channel) and a TMN channel in order to build up the digital radio frame (aggregate signal) to be transmitted through the radio link.

  • Page 433: 32Xe1 Ring System Type Support Of Full Cross-Connection Matrix

    6 - FUNCTIONAL DESCRIPTION 6.1.2.2.1 32xE1 Ring System type support of full cross-connection matrix RING system type (supported only by 32xE1units) is characterized by two different radio directions and it employs two ODUs. Its function is to perform a path protection: the payload is transmitted towards the two opposite directions, but it is received from the best direction;...

  • Page 434: Controller Unit

    6 - FUNCTIONAL DESCRIPTION 6.1.2.3 Controller unit The Controller unit implements a system controller, that is capable of managing all the system configurations. The main functions are: – collection of alarms and working parameters from the system units (IDU and ODU); transmission of this information to a local PC and to a network supervision system –...

  • Page 435: Idu (1Xe3)

    6 - FUNCTIONAL DESCRIPTION 6.1.3 IDU (1xE3) Fig. 6.5 reports the block diagram of the IDU. The basic version (1+0) of the IDU consists of: – a 1xE3 Tributary unit (75 Ohm unbal.), that represents the physical access of the equipment for the 34 Mbit/s (E3) Tributary streams of the public network –...

  • Page 436: Bb (1Xe3) Unit

    6 - FUNCTIONAL DESCRIPTION 6.1.3.2 BB (1xE3) Unit The unit carries out the following functions: – regenerate the 34 Mbit/s input tributary signal in compliance with Rec. G.703 and HDB3 -> NRZ convert the associated code – generation of the aggregate frame into one 51.84 Mbit/s stream –...

  • Page 437: Fig. 6.5 1Xe3 Idu Block Diagram

    6 - FUNCTIONAL DESCRIPTION Fig. 6.5 1xE3 IDU block diagram ALARM SERVICE INTERFACE CHANNELS UNIT BB 1 x E3 (*) 34 Mbit/s FROM/TO G.703 (E3) 1 x E3 BB 1 x E3 TRIBUTARY UNIT UNIT 2 Mbit/s (WST STATION BATTERY CONTROLLER UNIT INT.

  • Page 438: Idu (Eth)

    6 - FUNCTIONAL DESCRIPTION 6.1.4 IDU (ETH) Fig. 6.6 reports the block diagram of the IDU. The basic version (1+0) of the IDU consists of: – a Data Interface Unit, that represents the physical access of the equipment for 4 LAN PORTS (10/100 BaseT) and 8x2 Mbit/s (E1) Tributary streams of the public network –...

  • Page 439: 4Xlan (10/100Baset) + 8X2 Mbit/S (8Xe1) Tributary Unit (Data Interface Unit)

    6 - FUNCTIONAL DESCRIPTION 6.1.4.1 4xLAN (10/100BaseT) + 8x2 Mbit/s (8xE1) Tributary Unit (DATA INTERFACE UNIT) The Data Interface Unit (or Ethernet tributary unit) carries out the following functions: – up to 8 E1-ports (2 Mbit/s I/O signal). – up to 4 Ethernet 10/100 baseT Half/Full duplex. –...
  • Page 440 6 - FUNCTIONAL DESCRIPTION A) LAN ports and Trunk port LAN Port Configuration The following configurations are available for each one of the four LAN ports: • Enabling – to enable/disable a port (enabling a LAN port means setting it in forwarding mode);...
  • Page 441 6 - FUNCTIONAL DESCRIPTION B) Filtering, VLAN tagging and forwarding Filtering Source MAC addresses received from the different ports (Trunk and LAN) are stored, along with the corresponding port the frame was received from. This data-base, called MAC DB in the following, is used both for filtering and for selective forwarding purposes. Each frame containing a destination address written in the MAC DB is filtered (discarded) if the destination address is associated to the same port the frame entered the switch.
  • Page 442 6 - FUNCTIONAL DESCRIPTION Common Ethernet frames (without additional fields) have a length included in the range between 64 and 1518 octets. If a VLAN tag is present, maximum length rises to 1522 octets. Ethernet frames with a length up to 1536 bytes shall be supported on LAN ports. This allows to support some proprietary frames used by particular appliances.
  • Page 443 6 - FUNCTIONAL DESCRIPTION 3. VLAN bridging – selective VLAN forwarding Only frames containing a VLAN tag containing some VLAN ID values when entering the appliance are allowed to pass through it. User can configure up to 64 different VLAN identifiers and the corresponding LAN ports belonging to each VLAN;...

  • Page 444: Bb (16Xe1) Unit

    6 - FUNCTIONAL DESCRIPTION 6.1.4.2 BB (16xE1) Unit The unit carries out the following functions: – regenerate the 2 Mbit/s input tributary signals in compliance with Rec. G.703 and HDB3 -> NRZ convert the associated code – monitor the incoming 2 Mbit/s streams –...

  • Page 445: Odu Architecture

    6 - FUNCTIONAL DESCRIPTION 6.2 ODU ARCHITECTURE The functional block diagram of ODU is given in Fig. 6.9. Fig. 6.9 ODU’s functional block diagram Power supply BUS Control BUS Signal BUS Base-Band Intermediate Radio Power and cable MODEM Frequency Frequency CONTROLLER Supply Interface...

  • Page 446: Power Supply Section

    6 - FUNCTIONAL DESCRIPTION 6.2.2 Power Supply Section The Power Supply section is in charge of the following tasks: – ODU's interfacing to external power supply (from ODU-CABLE interface) – Equipment's internal power lines conditioning and power distribution to third level power supply sources.

  • Page 447: Protection System Architecture

    6 - FUNCTIONAL DESCRIPTION 6.3 PROTECTION SYSTEM ARCHITECTURE The system protection in 1+1 configuration can be split in two functional blocks: – tributary section – service channels section 6.3.1 Tributary Protection The Fig. 6.10 shows the tributary protection's general block diagram. Fig.

  • Page 448: Fig. 6.11 Rx General Protection Block Diagram

    6 - FUNCTIONAL DESCRIPTION – In case of 1+1 Frequency Diversity protection, the degradation of the 'active' radio channel is protected actuating the “hitless switch” which, in this case, can perform the “error free protection” if the degradation is caused by a selective fading not faster than 100 dB/sec.

  • Page 449: Fig. 6.12 (1+1) Fd Tx Section Protection Block Diagram

    6 - FUNCTIONAL DESCRIPTION 6.3.1.2 Tx tributary Protection Two different modes of Tx protection architecture, due to the equipment system type, are available: – 1+1 Frequency Diversity configuration – 1+1 Hot Standby configuration Note: The following symbols are used: – PRF: RF power value of the signal outgoing from antenna;...

  • Page 450: Fig. 6.13 (1+1) Hs Tx Section Protection Block Diagram

    6 - FUNCTIONAL DESCRIPTION Fig. 6.13 (1+1) HS Tx section protection block diagram RF Section 1 TX Section 1 RF TX TX Switch 1 (fixed) RF pwr managm. & Squelch TX Switch 2 (fixed) RF TX TX Section 2 RF Section 2 The main ODU can be squelched if hardware failure conditions occur in the Tx chain.

  • Page 451: Protection Structures

    6 - FUNCTIONAL DESCRIPTION 6.3.1.3 Protection Structures The various protection architectures are realized as shown in Fig. 6.14 (Tx section, Hot Standby configuration), Fig. 6.15 (Tx section, Frequency Diversity configuration) and Fig. 6.16 (Rx section). The figures also show the switching commands listed below: –...

  • Page 452: Fig. 6.16 Fig

    6 - FUNCTIONAL DESCRIPTION Fig. 6.15 Tx protection in Frequency Diversity configuration (with two antennas) B B 1 RF TX Scrambler Services CableII Cable FEC Enc Insert Interf./ Interf. Interleaver HW SW CMD 1 RF SW CMD 1 HW Control (fixed) Logic ODU 1...

  • Page 453: Hardware Protection Logic

    6 - FUNCTIONAL DESCRIPTION 6.3.1.4 Hardware protection logic This logic, shown in Fig. 6.18 protects the system from hardware failures of IDUs and ODUs. The hardware protection logic allows the transmission to the antenna of the signal coming from the unit with no alarm (Tx side protection) and the transmission to public connectors of the tributary coming from the unit with no alarm (Rx side protection).
  • Page 454 6 - FUNCTIONAL DESCRIPTION When working automatically, the switching logic on IDU generates the switch command using the following signals: – A summarized Tx local failure alarm (local Tx HW ALM): this alarm is set for failures on the Tx Section of BB unit and ODU of the radio controlled by the local protection logic.

  • Page 455: Fig. 6.18 Hardware Protection Logic Architecture

    6 - FUNCTIONAL DESCRIPTION Fig. 6.18 Hardware protection logic architecture B B 1 Sense Slot rem HW ALM HOT-STBY-CMD RF SW CMD 1 loc HW ALM Switch L o gic remote HW FM Local HW FM loc HW SW CMD HW SW CMD 1 rem HW SW CMD HW SW CMD 2...

  • Page 456: Hitless Protection Logic

    6 - FUNCTIONAL DESCRIPTION 6.3.1.5 Hitless protection logic This logic protects the system from link quality degradation. The hitless protection logic generates the HL SW CMD command in consequence of the alarms of the local radio channel and the remote radio channel that the hitless protection logic, on both the BB units, receives as inputs.

  • Page 457: Fig. 6.20 Hitless Protection Logic Architecture

    6 - FUNCTIONAL DESCRIPTION Fig. 6.20 Hitless Protection Logic Architecture B B 1 H-EW-1 L-EW-1 HITLESS ODU1Alm Switch DEM1 Alm Logic HIGH1 HL SW CMD HL SW CMD HIGH2 DEM2 Alm HITLESS ODU2Alm Switch Logic L-EW-2 H-EW-2 B B 2 The automatic protection logic described above is overridden from local operator interface (PC) or from remote supervision system.

  • Page 458: Service Channels Management And Protection

    6 - FUNCTIONAL DESCRIPTION 6.3.2 Service channels management and protection The radio service channels are: – 64 kbit/s, V.11, synchronous co-directional or contra-directional channel, reserved for the user and available on a public connector of Accesses unit. – 64 kbit/s synchronous contra-directional embedded channel, reserved to transmit radio network supervision messages.
  • Page 459 6 - FUNCTIONAL DESCRIPTION Fig. 6.21 1+1 configuration of User channels U - DTX 1 U - CKTX - IN 1 Services Insert U - CKTX - OUT 1 HW SW CMD 1 U - DRX 1 Services U - CKRX 1 Drop USR CH1 HW SW CMD 1...
  • Page 460 6 - FUNCTIONAL DESCRIPTION Fig. 6.22 2x(1+0) configuration of User channels U-DTX 1 U-CKTX -IN 1 Services Insert U-CKTX -OUT 1 fixed U-DRX 1 Services U-CKRX 1 Drop USR CH1 fixed B B 1 (*)(**) CONTROLLER CONFIG U-DTX 2 USR CH2 Services U-CKTX -IN 2 Insert...
  • Page 461 6 - FUNCTIONAL DESCRIPTION Fig. 6.23 Repeater configuration of User channel U-DTX 1 U-CKTX -IN 1 Services Insert U-CKTX -OUT 1 fixed U-DRX 1 Services U-CKRX 1 Drop USR CH1 fixed B B 1 CONTROLLER CONFIG U-DTX 2 USR CH2 Services U-CKTX -IN 2 Insert...

  • Page 462: Radio Embedded Communication Channel (R)

    6 - FUNCTIONAL DESCRIPTION 6.3.2.2 Radio Embedded Communication Channel (R) The R channels are managed throughout the Services Drop/Insert functional blocks of Base Band unit and they are directly connected to the Controller unit. In the 1+1 configuration, the status of HW SW CMD commands determine which of the two channels is active whereas the CONFIG signal, setting by local operator interface (PC), carries the active channel towards the SCC1 port of the Controller unit (see Fig.
  • Page 463 6 - FUNCTIONAL DESCRIPTION Fig. 6.25 2x(1+0) configuration of R channels Controller fixed Services D & CK RX Drop Serial DTX-1 Comm Services Contr CKTX -1 Insert CH 1 fixed B B 1 CONFIG fixed Services D & CK RX Drop Serial DTX-2...

  • Page 464: Tributary Embedded Communication Channel (D)

    6 - FUNCTIONAL DESCRIPTION 6.3.2.3 Tributary Embedded Communication Channel (D) The D channels are connected to Controller via Accesses unit. In the 1+1 configuration, the status of HW SW CMD commands determine which of the two channels is active whereas the CONFIG signal, setting by local operator interface (PC), carries the active channel towards the HDLC1 port of the Controller unit (see Fig.
  • Page 465 6 - FUNCTIONAL DESCRIPTION Fig. 6.27 2x(1+0) configuration of D channels fixed Services D & CK RX H.level Drop Data DTX-1 Link Services Control CKTX -1 Insert fixed B B 1 CONFIG Controller fixed Services D & CK RX H.level Drop Data DTX-2...

  • Page 466: Dynamic Modulation

    6 - FUNCTIONAL DESCRIPTION 6.4 DYNAMIC MODULATION In SVR 3.9, dynamic modulation is supported only by 16xE1 Access unit, 16xE1 Baseband unit, and by HD/HP ODU and HDe ODU. Dynamic modulation requires that both equipment of the same link are configured with dynamic modulation setting enabled.
  • Page 467 6 - FUNCTIONAL DESCRIPTION When dynamic modulation is enabled, two different working modes (WM in the following) are defined: – Enhanced mode: it corresponds to NE nominal configuration and it is used during normal propagation conditions, allowing to double system capacity to be transmitted compared to the other working mode.

  • Page 468: Signal Quality Measurement

    6 - FUNCTIONAL DESCRIPTION 6.4.3 Signal quality measurement Signal degradation measurement is the main criteria to switch working mode, and it is achieved by S/N measurement, because it is more accurate compared to received power measurement. S/N parameter is measured every 20 ms and two consecutive samples under Threshold 1 value in a 40 ms decision window are necessary to cause the ODU to transmit a request to use Normal WM to IDU.
  • Page 469 6 - FUNCTIONAL DESCRIPTION An overview of the measurable S/N range is shown in Fig. 6.30, demonstrating that the whole hysteresis cycle is completely within the S/N floor that has been measured at 28 dB: Fig. 6.30 Measurable S/N range ∆...

  • Page 470: Maximum Transmit Power Versus Working Mode

    6 - FUNCTIONAL DESCRIPTION 6.4.4 Maximum transmit power versus working mode To meet the Tx masks a different max. Tx power is assigned to each modulation scheme (each scheme has a Tx spectrum mask). The system configured with 4-QAM modulation type has the transmitted maximum power up to 5 dB higher (actual value depending on frequency band) than the corresponding Tx power with 16-TCM modulation type: this power difference in the following is named ∆...

  • Page 471: Atpc Interaction

    6 - FUNCTIONAL DESCRIPTION 6.4.5 ATPC interaction In case of increasing path loss (rain attenuation), the ATPC increases the transmit power up to its maximum before Working Mode is switched to a more robust one. In case of decreasing path loss, the ATPC keeps the transmit power at its maximum until the Working Mode is switched to the most efficient one.
  • Page 472 6 - FUNCTIONAL DESCRIPTION 6.5 LED, MONITORING POINTS, CONNECTORS AND SWITCHES In this paragraph are reported the operations of all the control and command elements that are present on the front panels of the units making up the equipment. Fig. 6.33 and Fig. 6.36 illustrates the front panel of the indoor assembly showing the LEDs, the monitoring points, the connectors and the control elements.

  • Page 473: Fig. 6.33 Idu Front Panel In (1+1 - 16Xe1 ) Configuration

    6 - FUNCTIONAL DESCRIPTION Fig. 6.33 IDU front panel in (1+1 - 16xE1 ) configuration SRAL XD V - B U S Q - L A N V - L A N L C T COMPLESSO IDU !*0  .$.$#%>8 !*0  .$.$#?@ +'#  $'3 +....

  • Page 474: Fig. 6.34 Idu Front Panel In (1+1 - 1Xe3 ) Configuration

    6 - FUNCTIONAL DESCRIPTION Fig. 6.34 IDU front panel in (1+1 - 1xE3 ) configuration IDU ASSEMBLY .- $- .- $- +'# $'3  27*0  +. !*0 5. &0  & (' &' '+. #$ -  #$ -  '*  +'#  +. &0  1 - Battery power supply switch 2 - Power supply connector Base Band Unit 1 3 - Power supply connector Base Band Unit 2 4 - IDU/ODU connections connector System 1...

  • Page 475: Fig. 6.35 Idu Front Panel In (1+1 - Eth ) Configuration

    6 - FUNCTIONAL DESCRIPTION Fig. 6.35 IDU front panel in (1+1 - ETH ) configuration IDU ASSEMBLY 1 - Battery power supply switch 2 - Power supply connector Base Band Unit 1 3 - Power supply connector Base Band Unit 2 4 - IDU/ODU connections connector System 1 5 - IDU/ODU connections connector System 2 6 - 2 Mbit/s 75 ohm Sub-D connections connector (tributaries 1-8)

  • Page 476: Fig. 6.36 Idu Front Panel In (1+1 - 32Xe1) Configuration

    6 - FUNCTIONAL DESCRIPTION Fig. 6.36 IDU front panel in (1+1 - 32xE1) configuration IDU ASSEMBLY Interfaces TRIBUTARIES 9-16 17-24 25-32 1 - Battery power supply switch 2 - Power supply connector Base Band Unit 1 3 - Power supply connector Base Band Unit 2 4 - IDU/ODU connections connector System 1 5 - IDU/ODU connections connector System 2 6 - 2 Mbit/s 75/120 ohm MiniRJ21 connections connector (tributaries 1-8)
  • Page 477 6 - FUNCTIONAL DESCRIPTION Fig. 6.37 Base Band unit front panel IDU ASSEMBLY Base Band unit ODU CABLE CAUTION Vbattery ODU CABLE CAUTION Vbattery Base Band unit Fig. 6.38 Controller unit front panel Controller unit P/N 634-001/73 O D U C A B L E S R A L X D C A U T I O N V b a t t e r y...

  • Page 478: Tab. 6.3 Summary Of The Front Panel Leds

    6 - FUNCTIONAL DESCRIPTION Tab. 6.3 Summary of the front panel LEDs Unit Colour Meaning General ODU alarm: lights up when an Alarm alarm is present on the ODU. Yellow CABLE alarm: lights up when current drain is lower than expected. The causes might be due to the cable either breaking down or being disconnected, or to absence of ODU.
  • Page 479 6 - FUNCTIONAL DESCRIPTION Tab. 6.3 Summary of the front panel LEDs Unit Colour Meaning PS OK/∆' Green All the power sources of the equipment are OK (after the POWER switch has been switched "on"). The LED will be 'off' when at least one p.s.
  • Page 480 6 - FUNCTIONAL DESCRIPTION Fig. 6.39 1+1 FD: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX Services...
  • Page 481 6 - FUNCTIONAL DESCRIPTION Fig. 6.40 1+1 FD: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX Services...

  • Page 482: Fig. 6.41 1+1 Fd: Position Of The Switches And Ch A And Ch B Leds Switching On

    6 - FUNCTIONAL DESCRIPTION Fig. 6.41 1+1 FD: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX Services...
  • Page 483 6 - FUNCTIONAL DESCRIPTION Fig. 6.42 1+1 FD: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX Services...

  • Page 484: Fig. 6.43 1+1 Hot Standby: Position Of The Switches And Ch A And Ch B Leds Switching On

    6 - FUNCTIONAL DESCRIPTION Fig. 6.43 1+1 Hot Standby: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX...
  • Page 485 6 - FUNCTIONAL DESCRIPTION Fig. 6.44 1+1 Hot Standby: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX...
  • Page 486 6 - FUNCTIONAL DESCRIPTION Fig. 6.45 1+1 Hot Standby: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX...
  • Page 487 6 - FUNCTIONAL DESCRIPTION Fig. 6.46 1+1 Hot Standby: position of the switches and CH A and CH B LEDs switching on CH A CH B BB #1 CH A CH B BB #2 Tx side ODU 1 BB# 1 EPS Tx Scrambler RF TX...
  • Page 488 6 - FUNCTIONAL DESCRIPTION SRAL XD (plug-in IDU) - UMN 6-62 911-380/02C0000 - Issue 13, January 2008...

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